mhurhangee/ep-ind-claims huggingface dataset:
A trailer coupling for connecting a trailer to a towing vehicle on which the trailer coupling is mounted, the trailer coupling being adapted to receive a connection portion of a drawbar mounted to the trailer to be towed, the trailer coupling comprising: a guiding funnel for guiding the connection portion into a towing position, the guiding funnel comprising a seat; a wearable support member removably arranged inside the seat so as to abut against the connection portion when the connection portion is received by the trailer coupling and positioned in the towing position, the support member abutting from below and reducing contact wear between the guiding funnel and the connection portion; and a movable coupling member having a first position, in which the coupling member allows for the connection portion to be moved into and out of the towing position, and a second position, in which the coupling member secures the connection portion when the connection portion is in the towing position, the first position being such that the connection portion, when entering and leaving the towing position, pushes the coupling member to perform a movement; the trailer coupling further comprising a magnitude sensor configured to provide a measure indicative of a magnitude of said movement, characterized in that the magnitude sensor thereby being capable of detecting that an amount of wear of the support member exceeds a predetermined threshold, the amount of wear being caused by friction against the connection portion when the connection portion is in the towing position. a guiding funnel for guiding the connection portion into a towing position, the guiding funnel comprising a seat; a wearable support member removably arranged inside the seat so as to abut against the connection portion when the connection portion is received by the trailer coupling and positioned in the towing position, the support member abutting from below and reducing contact wear between the guiding funnel and the connection portion; and a movable coupling member having a first position, in which the coupling member allows for the connection portion to be moved into and out of the towing position, and a second position, in which the coupling member secures the connection portion when the connection portion is in the towing position, the first position being such that the connection portion, when entering and leaving the towing position, pushes the coupling member to perform a movement; the trailer coupling further comprising a magnitude sensor configured to provide a measure indicative of a magnitude of said movement, characterized in that the magnitude sensor thereby being capable of detecting that an amount of wear of the support member exceeds a predetermined threshold, the amount of wear being caused by friction against the connection portion when the connection portion is in the towing position.
A pre-tensioned rolling element mounting having at least one rolling element (1.1, 1.2), comprising an outer ring, an inner ring which is traversed by a bore, and rolling bodies, which roll on raceways provided by the outer ring and inner ring, having a shaft penetrating the bore of the inner ring, and having fixing means (8, 21), which fix the inner ring pushed onto the shaft axially onto the shaft, wherein at least one of these fixing means is a shaft nut, wherein the inner contour of the bore is conically formed, wherein a first sleeve is provided, which is detachably connected to the shaft, the outer jacket of which is also conically formed and which has a radially outwardly directed collar at the end near the shaft nut, wherein, when the inner ring and the shaft are in the connected state, the conical inner contour of the bore bears against the conical outer jacket of the first sleeve, and wherein the shaft nut is penetrated by at least one axial bore (15.3), characterised in that the bore centre of at least one of these axial bores (15.3) and the bore centre of an axial bore (15.1) provided in the collar of the first sleeve and provided with a thread are aligned. having fixing means (8, 21), which fix the inner ring pushed onto the shaft axially onto the shaft, wherein at least one of these fixing means is a shaft nut, wherein the inner contour of the bore is conically formed, wherein a first sleeve is provided, which is detachably connected to the shaft, the outer jacket of which is also conically formed and which has a radially outwardly directed collar at the end near the shaft nut, wherein, when the inner ring and the shaft are in the connected state, the conical inner contour of the bore bears against the conical outer jacket of the first sleeve, and wherein the shaft nut is penetrated by at least one axial bore (15.3), characterised in that the bore centre of at least one of these axial bores (15.3) and the bore centre of an axial bore (15.1) provided in the collar of the first sleeve and provided with a thread are aligned.
A device for absolute distance measurement, comprising: a first tunable light source configured to emit a first wavelength light of a first tunable frequency modulated by a first modulating frequency; a second light source configured to emit a second wavelength light of a second frequency modulated by a second modulating frequency; a frequency sweep control unit configured to sweep the first tunable frequency over a first frequency interval; an optical coupler configured to couple the first wavelength light and the second wavelength light into a Fabry-Pérot interferometer cavity; an interferometer detector coupled to the Fabry-Pérot interferometer cavity and configured to provide an interference measurement signal based on interferometric first and second wavelength light; a demodulator unit configured to generate a first demodulation signal based on the interference measurement signal by demodulation with the first modulating frequency and a second demodulation signal based on the interference measurement signal by demodulation with the second modulating frequency; and a computation unit configured to compute an absolute distance by evaluating the first demodulation signal acquired during the sweep of the first tunable frequency and the second demodulation signal, wherein the computation of the absolute distance is based on the length of the first frequency interval. a first tunable light source configured to emit a first wavelength light of a first tunable frequency modulated by a first modulating frequency; a second light source configured to emit a second wavelength light of a second frequency modulated by a second modulating frequency; a frequency sweep control unit configured to sweep the first tunable frequency over a first frequency interval; an optical coupler configured to couple the first wavelength light and the second wavelength light into a Fabry-Pérot interferometer cavity; an interferometer detector coupled to the Fabry-Pérot interferometer cavity and configured to provide an interference measurement signal based on interferometric first and second wavelength light; a demodulator unit configured to generate a first demodulation signal based on the interference measurement signal by demodulation with the first modulating frequency and a second demodulation signal based on the interference measurement signal by demodulation with the second modulating frequency; and a computation unit configured to compute an absolute distance by evaluating the first demodulation signal acquired during the sweep of the first tunable frequency and the second demodulation signal, wherein the computation of the absolute distance is based on the length of the first frequency interval.
A flood control barrier comprising: a plurality of flood control devices (200, 380) coupled in series to form a channel, the devices (200, 380) are coupled when a coupling slot (260a, 360a) of a first device engages with a lug of a second device; at least one supporting rail configured to retain the channel of control devices (200, 380); a pair of opposite bars having means for accommodating a plurality of channels; and a plurality of fastening means (50, 331a) for fixing the barrier to ground; characterized in that said lug is inflatable and in that the flood control devices (200, 380) and the bars are inflated for strengthening the barrier to remain positioned on a surface. a plurality of flood control devices (200, 380) coupled in series to form a channel, the devices (200, 380) are coupled when a coupling slot (260a, 360a) of a first device engages with a lug of a second device; at least one supporting rail configured to retain the channel of control devices (200, 380); a pair of opposite bars having means for accommodating a plurality of channels; and a plurality of fastening means (50, 331a) for fixing the barrier to ground; characterized in that said lug is inflatable and in that the flood control devices (200, 380) and the bars are inflated for strengthening the barrier to remain positioned on a surface.
An orthotic device for supporting a limb of a user, said orthotic device comprising: a proximal orthotic portion to be mounted to the proximal limb segment of the user; a distal orthotic portion to be mounted to the distal limb segment of the user; an orthotic joint portion interposed between said proximal and distal orthotic portions to be mounted to the joint of the user's limb for supporting the user's joint during flexion and extension thereof; a primary brake in operational communication with said orthotic joint portion for generating a braking torque thereon during flexion movements; and an additional frictional brake in operational communication with said primary brake and with said orthotic joint portion, wherein during flexion said primary brake causes said additional frictional brake to generate an additional frictional braking force on said joint portion, characterized in that said primary brake is furthermore able to generate a braking torque on said orthotic joint portion during extension movements. a proximal orthotic portion to be mounted to the proximal limb segment of the user; a distal orthotic portion to be mounted to the distal limb segment of the user; an orthotic joint portion interposed between said proximal and distal orthotic portions to be mounted to the joint of the user's limb for supporting the user's joint during flexion and extension thereof; a primary brake in operational communication with said orthotic joint portion for generating a braking torque thereon during flexion movements; and an additional frictional brake in operational communication with said primary brake and with said orthotic joint portion, wherein during flexion said primary brake causes said additional frictional brake to generate an additional frictional braking force on said joint portion, characterized in that said primary brake is furthermore able to generate a braking torque on said orthotic joint portion during extension movements.
Undercutting tool for producing a blind hole in flowable, curable batch mixtures, comprising - a connecting piece for connecting the undercutting tool to a mould, - a mandrel, which is mounted in the connecting piece in such a way that it can be displaced along a longitudinal axis, - a cap (4, 15, 16) that covers the mandrel in the direction of the batch mixture, - a jacket that consists of a material reversibly deformable under pressure and completely encloses the mandrel on the outside in an area located between connecting piece and cap (4, 15, 16), - wherein the jacket comprises at least one cavity that surrounds the mandrel and has a defined geometry, and - wherein the geometry of the cavity is specified in such a way that the jacket, when under pressure exerted along the longitudinal axis of the mandrel, bulges out locally in the area of the cavity, whereby a blind hole can be formed in the batch mixture surrounding the jacket, said blind hole having a shape corresponding to the jacket in its bulged-out state, characterized in that - the undercutting tool comprises a bevelled ring for producing a stripping bevel in the batch mixture. - a connecting piece for connecting the undercutting tool to a mould, - a mandrel, which is mounted in the connecting piece in such a way that it can be displaced along a longitudinal axis, - a cap (4, 15, 16) that covers the mandrel in the direction of the batch mixture, - a jacket that consists of a material reversibly deformable under pressure and completely encloses the mandrel on the outside in an area located between connecting piece and cap (4, 15, 16), - wherein the jacket comprises at least one cavity that surrounds the mandrel and has a defined geometry, and - wherein the geometry of the cavity is specified in such a way that the jacket, when under pressure exerted along the longitudinal axis of the mandrel, bulges out locally in the area of the cavity, whereby a blind hole can be formed in the batch mixture surrounding the jacket, said blind hole having a shape corresponding to the jacket in its bulged-out state, characterized in that - the undercutting tool comprises a bevelled ring for producing a stripping bevel in the batch mixture.
Method for categorizing of gaseous samples, characterized in that a sample is taken in a defined volume and separated chromatographically, wherein spectrograms are generated, stored in a database, are automatically categorized by means of an evaluation software, wherein the categorized spectrograms are used for the assignment of further samples, without the identification of individual substances, and wherein the spectrograms are generated by gas chromatography, in conjunction with lon-mobility spectrometry or differential Ion-mobility spectrometry, and by means of the evaluation software - analysed for similarities or differences, namely distribution of values, pattern recognition, detection of related peaks and the substances are determined semiquantitative calculating the ratio of the peaks to other peaks. - investigation of the expression of certain known data points regarding to the amount of the measured value and/or the frequency of their occurrence and - the data are compared, characteristics are identified, marked and/or excluded and - unknown individual data files are assigned to an already known group of the same characteristic expression of features and - based on categorized spectrograms already stored in the database, will be performed the identification of patterns with automatic mapping to already categorized groups, as well as the recognition of new patterns, wherein nonspecific signals, caused by environmental influences, will be auto-hidden, and wherein the classifier is trained to classify pattern in new measurements automatically and associate to groups. - analysed for similarities or differences, namely distribution of values, pattern recognition, detection of related peaks and the substances are determined semiquantitative calculating the ratio of the peaks to other peaks. - investigation of the expression of certain known data points regarding to the amount of the measured value and/or the frequency of their occurrence and - the data are compared, characteristics are identified, marked and/or excluded and - unknown individual data files are assigned to an already known group of the same characteristic expression of features and - based on categorized spectrograms already stored in the database, will be performed the identification of patterns with automatic mapping to already categorized groups, as well as the recognition of new patterns, wherein nonspecific signals, caused by environmental influences, will be auto-hidden, and wherein the classifier is trained to classify pattern in new measurements automatically and associate to groups.
A volumetric membrane pump, comprising: - a guide cylinder, - a flexible membrane so placed as to close an axial end of the guide cylinder, - a head designed to define a pumping chamber with the flexible membrane, - a piston fixed to the flexible membrane and slidable inside the guide cylinder between an upper dead centre position and a lower dead centre position, - a coaxial sealing ring axially blocked inside a corresponding cavity of the piston so as to be interposed between an outer side surface of the piston and an inner side surface of the guide cylinder, - an intermediate chamber defined inside the guide cylinder between the flexible membrane and the piston, - a casing defining an internal volume suitable for being filled with lubricating oil, and - at least one primary passage suitable for placing the intermediate chamber in communication with the internal volume of the casing, when the piston is in the lower dead centre position, wherein the internal volume of the casing comprises an annular gap defined between an outer side surface of the guide cylinder, which at least partially extends inside the casing, and an inner surface of the casing, and wherein said primary passage is made in the shape of a through hole that radially crosses a side wall of the guide cylinder, wherein the volumetric membrane pump comprises at least one secondary passage suitable for placing the intermediate chamber in communication with the internal volume of the casing, when the piston is in the upper dead centre position, said secondary passage being made in the shape of a through hole which crosses the side wall of the guide cylinder close to the flexible membrane. - a guide cylinder, - a flexible membrane so placed as to close an axial end of the guide cylinder, - a head designed to define a pumping chamber with the flexible membrane, - a piston fixed to the flexible membrane and slidable inside the guide cylinder between an upper dead centre position and a lower dead centre position, - a coaxial sealing ring axially blocked inside a corresponding cavity of the piston so as to be interposed between an outer side surface of the piston and an inner side surface of the guide cylinder, - an intermediate chamber defined inside the guide cylinder between the flexible membrane and the piston, - a casing defining an internal volume suitable for being filled with lubricating oil, and - at least one primary passage suitable for placing the intermediate chamber in communication with the internal volume of the casing, when the piston is in the lower dead centre position,
An ultrasound control unit, operably coupleable with an ultrasound transducer unit, comprising: an acquisition module operable to control acquisition of ultrasound data using the ultrasound transducer unit, and further operable to control a drive setting of the ultrasound transducer unit, each possible drive setting have an associated transducer power level known or derivable by the acquisition module; a data analysis module operable to perform a testing procedure based on acquired ultrasound data, to determine a measure of reliability of the data for deriving one or more physiological parameters, and to determine whether said reliability measure meets a defined reliability condition; and a control module adapted, using the acquisition module and the data analysis module, to adjust a drive setting of the transducer unit from a first setting to a second, lower power, setting, wherein the second setting meets said pre-defined reliability condition applied by the data analysis module. an acquisition module operable to control acquisition of ultrasound data using the ultrasound transducer unit, and further operable to control a drive setting of the ultrasound transducer unit, each possible drive setting have an associated transducer power level known or derivable by the acquisition module; a data analysis module operable to perform a testing procedure based on acquired ultrasound data, to determine a measure of reliability of the data for deriving one or more physiological parameters, and to determine whether said reliability measure meets a defined reliability condition; and a control module adapted, using the acquisition module and the data analysis module, to adjust a drive setting of the transducer unit from a first setting to a second, lower power, setting, wherein the second setting meets said pre-defined reliability condition applied by the data analysis module.
A manoeuvring system for single-track or multi-track vehicles, comprising - an electric motor and - an output system which can be coupled to a transmission of the vehicle such that the vehicle is movable at least backwards by means of the electric motor, characterised in that the electric motor is connected to the output system by a flexible shaft. - an electric motor and - an output system which can be coupled to a transmission of the vehicle such that the vehicle is movable at least backwards by means of the electric motor,
A curable composition comprising: an organic polymer having a backbone structure which is a polyoxyalkylene polymer and having a reactive silyl group; at least one ester compound (except for compounds having a methyl ester group) selected from the group consisting of isophthalic acid ester compounds, terephthalic acid ester compounds, 1,3-cyclohexanedicarboxylic acid ester compounds, and 1,4-cyclohexanedicarboxylic acid ester compounds; and a compound having a methyl ester group. an organic polymer having a backbone structure which is a polyoxyalkylene polymer and having a reactive silyl group; at least one ester compound (except for compounds having a methyl ester group) selected from the group consisting of isophthalic acid ester compounds, terephthalic acid ester compounds, 1,3-cyclohexanedicarboxylic acid ester compounds, and 1,4-cyclohexanedicarboxylic acid ester compounds; and a compound having a methyl ester group.
A resin composition comprising an amide group-containable macromolecule compound having an amide group or to have an amide group, a poly(arylene sulfide) and a fluororesin, which is a powder coating material wherein said amide group-containable macromolecule compound is an amide group-containing polymer having an amide group and an aromatic ring, and/or an amide group-containing-polymer precursor to convert into said amide group-containing polymer by baking at a time of coating with said coating composition, and said poly(arylene sulfide) accounts for 1 to 40 mass % of a total amount of said amide group-containable macromolecule compound and said poly(arylene sulfide)
A method for information determination, comprising: receiving, by a terminal device, first configuration information from a network device, characterized in that, the first configuration information is used for configuring a set of Channel State Information-Reference Signal, CSI-RS, resources and configuring a first indication parameter corresponding to the set of CSI-RS resources, wherein respective CSI-RS resources of the set are quasi co-located with respect to a first Quasi Co-Location, QCL, parameter, the first indication parameter is configured to indicate a usage of the set of CSI-RS resources, the usage indicates CSI-RS for tracking, and the first indication parameter is a parameter Tracking Reference Signal-Info, TRS-Info.