mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of generating a 3-D patient-specific bone and cartilage model, the method comprising: acquiring raw radio frequency signals and tracking data tracking the motion of an ultrasound probe instrumented with a tracking marker, each RF signal comprising a plurality of echoes from transmitted ultrasound signals from an ultrasound scan of a patient's anatomy using the ultrasound probe, wherein the frequency of the transmitted ultrasound signals changes with respect to time using a predetermined excitation function; processing the raw RF signals for detecting feature vectors including bone and soft tissues, and estimating the envelopes of the feature vectors; using either a first class of filter or a second class of filter to process the plurality of raw RF signals; if using the first class of filter, estimating an optimal time delay using a Kalman filter to identify peaks (394, 396, 398, 404, 406, 408) in the envelopes; if using the second class of filter, estimating an optimal time delay using a recursive Bayesian filter to identify peaks (394, 396, 398, 404, 406, 408) in the envelopes; applying Bayesian smoothing to the identified peaks in temporally adjacent scan lines to create a smoothed contour line; extracting two dimensional (2-D) features from the smoothed contour line; using the tracking data and the 2-D features to estimate three dimensional (3-D) features of the patient's anatomy in real time using a Bayesian inference method; using the estimated 3-D features to generate the patient-specific bone and cartilage model. acquiring raw radio frequency signals and tracking data tracking the motion of an ultrasound probe instrumented with a tracking marker, each RF signal comprising a plurality of echoes from transmitted ultrasound signals from an ultrasound scan of a patient's anatomy using the ultrasound probe, wherein the frequency of the transmitted ultrasound signals changes with respect to time using a predetermined excitation function; processing the raw RF signals for detecting feature vectors including bone and soft tissues, and estimating the envelopes of the feature vectors; using either a first class of filter or a second class of filter to process the plurality of raw RF signals; if using the first class of filter, estimating an optimal time delay using a Kalman filter to identify peaks (394, 396, 398, 404, 406, 408) in the envelopes; if using the second class of filter, estimating an optimal time delay using a recursive Bayesian filter to identify peaks (394, 396, 398, 404, 406, 408) in the envelopes; applying Bayesian smoothing to the identified peaks in temporally adjacent scan lines to create a smoothed contour line; extracting two dimensional (2-D) features from the smoothed contour line; using the tracking data and the 2-D features to estimate three dimensional (3-D) features of the patient's anatomy in real time using a Bayesian inference method; using the estimated 3-D features to generate the patient-specific bone and cartilage model.
An emission purification system for a combustion engine, comprising - an intake tract, - at least one means for drawing in air, which is arranged, communicating with the intake tract, on the air intake tract, - at least one filter unit, which is connected to the means for drawing in the air and has an air outlet, characterised by - at least one sensor, which is arranged in the region of the opening to the exterior air of the intake tract and is suitable for registering differences in the concentration of readily volatile organic compounds in air, and - a control/regulating means, which controls/regulates the means for drawing in air depending upon the measured emission. - an intake tract, - at least one means for drawing in air, which is arranged, communicating with the intake tract, on the air intake tract, - at least one filter unit, which is connected to the means for drawing in the air and has an air outlet, characterised by - at least one sensor, which is arranged in the region of the opening to the exterior air of the intake tract and is suitable for registering differences in the concentration of readily volatile organic compounds in air, and - a control/regulating means, which controls/regulates the means for drawing in air depending upon the measured emission.
Filter element for filtering a fluid, in particular a gaseous fluid, having a longitudinal axis, comprising a filter bellows disposed around the longitudinal axis and which encloses an interior space, having a first frontal end and a second frontal end opposite said first end, having an end disc open towards the interior space at the first end and a closed end disc at the opposite second end, wherein the filter bellows features folds, the radially outer fold edges of which lie in its outer circumferential surface, wherein the filter bellows features, at least at one of its frontal end faces (20, 30), a notch (40, 44) whose axial length (42, 46) in the direction of the longitudinal axis is shorter than a longitudinal extension of the filter bellows in the direction of the longitudinal axis, wherein the at least one notch (40, 44) begins at the end disc (22, 32) and extends in the longitudinal direction away from the end disc (22, 32), wherein the notch (40, 44) has the greatest fold edge distance at the end disc (22, 32) and tapers with increasing distance from the end disc.
Door closing assembly comprising electromagnetic locking means for locking the door in a closed position by magnetic attraction between magnetic clutch suckers and cooperating counter-plates, which are housed respectively in the one and in the other of two profiles brought against each other, said profiles comprising a carrier band profile fitting on the door frame and a handle profile fitting on the door leaf, and further comprising a mechanical lock with a bolt for locking the carrier band profile on the handle profile, characterised in that said bolt is associated with a trigger mechanism for displacing a trigger tumbler that is movable between an interlocking position of the bolt out of the carrier band profile into a keeper notch provided in the handle profile and an unlocking position wherein said bolt is released out of said keeper. comprising electromagnetic locking means for locking the door in a closed position by magnetic attraction between magnetic clutch suckers and cooperating counter-plates, which are housed respectively in the one and in the other of two profiles brought against each other, said profiles comprising a carrier band profile fitting on the door frame and a handle profile fitting on the door leaf, and further comprising a mechanical lock with a bolt for locking the carrier band profile on the handle profile, characterised in that said bolt is associated with a trigger mechanism for displacing a trigger tumbler that is movable between an interlocking position of the bolt out of the carrier band profile into a keeper notch provided in the handle profile and an unlocking position wherein said bolt is released out of said keeper.
A compound of formula I: and pharmaceutically acceptable salts thereof, wherein: R 10 and R 11 together form a double bond between N10 and C11 or wherein R 10 is H and R 11 is either OH or O-R 12, wherein R 12 is C 1-7 alkyl; and R 10' and R 11' are selected from the same options as R 10 and R 11 respectively. R 10 and R 11 together form a double bond between N10 and C11 or wherein R 10 is H and R 11 is either OH or O-R 12, wherein R 12 is C 1-7 alkyl; and R 10' and R 11' are selected from the same options as R 10 and R 11 respectively.
DC/DC converter cell having three input connections (11, 12, 13) and two output connections (14, 15) and having at least one converter stage, wherein the first input connection is connected to the first output connection, the second input connection is connected to the center point of each of the at least one converter stages and the third input connection is connected to the second output connection and each converter stage has an upper series circuit and a lower series circuit which each have at least three power switches (S_ox1, S_ux1, S_ox2, S_ux2), wherein the order number (x) of the respective power switch (S_ox1, S_ux1, S_ox2, S_ux2) is counted from the center point, the last of these upper power switches (S_ox1, S_ox2) is connected to the first input connection and the last of these lower power switches (S_ux1, S_ux2) is connected to the third input connection, wherein capacitors (C_x1, C_x2) are provided in each of the at least one converter stage such that the connection points of in each case two upper adjacent power switches and in each case two lower adjacent power switches with the same order number are connected via a respective capacitor (C_x1, C_x2), and wherein a DC voltage source can be connected to the first input connection and the second input connection, or to the second input connection and the third input connection.
Internal structure of a primary exhaust duct of a turbomachine, said internal structure comprising: - a primary wall consisting of a surface of revolution allowing the air to pass through the orifices and forming an internal surface of the primary exhaust duct, - an interior skin consisting of a surface of revolution arranged on the inside of the primary wall and extending between an upstream flank intended to face towards the front of the turbomachine and a downstream flank intended to face towards the rear of the turbomachine, and - a plurality of spacers angularly distributed on the perimeter of the interior skin and fixed between the primary wall and the interior skin, the internal structure being characterized in that each of the flanks (402, 404) of the interior skin is some distance away from the primary wall so as to leave a free passage between the interior skin and the primary wall, the passage allowing air to circulate freely between the interior skin and the primary wall. - a primary wall consisting of a surface of revolution allowing the air to pass through the orifices and forming an internal surface of the primary exhaust duct, - an interior skin consisting of a surface of revolution arranged on the inside of the primary wall and extending between an upstream flank intended to face towards the front of the turbomachine and a downstream flank intended to face towards the rear of the turbomachine, and - a plurality of spacers angularly distributed on the perimeter of the interior skin and fixed between the primary wall and the interior skin,
A composition comprising: an ethylene-propylene-diene interpolymer having a rheology ratio greater than 33; and a molecular weight distribution greater than 3.0; the composition having a dissipation factor less than or equal to 0.01 radians as measured in accordance with ASTM D 150 (130°C, 60 Hz). an ethylene-propylene-diene interpolymer having a rheology ratio greater than 33; and a molecular weight distribution greater than 3.0; the composition having a dissipation factor less than or equal to 0.01 radians as measured in accordance with ASTM D 150 (130°C, 60 Hz).
Apparatus for determining and/or monitoring at least one flow parameter of a medium, wherein the medium flows through at least one measuring tube essentially along an imaginary flow axis, wherein at least one excitation transducer element is provided, which, on the basis of an excitation signal, causes the measuring tube to perform mechanical vibrations, wherein at least one reception transducer element (11, 12) is provided which receives mechanical vibrations of the measuring tube as a reception signal, and wherein at least one partition unit is provided, which is designed in such a way and is arranged in the measuring tube in such a way that at least two sub-measuring tubes (3, 4) result in the measuring tube, wherein the medium essentially flows through said sub-measuring tubes (3, 4) along the imaginary flow axis, characterized in that at least the reception transducer element (11, 12) and/or the excitation transducer element are/is arranged at least partially in the partition unit.
Electronic system comprising: - a chassis, - at least one support device configured to retain electronic cards, each support device being detachable relative to the chassis, at least two electronic cards being able to be retained vertically one above the other, characterised in that each support device is configured, furthermore, to retain several electronic cards in separate planes, offset laterally one relative to the other, each support device comprising a first reception housing for receiving lower electronic cards, a second reception housing for receiving upper electronic cards and a core which is disposed between the first and second reception housings; the reception housings (24, 26) being delimited by two lateral walls; the core and the lateral walls being produced in a thermally conductive material in order to convey by conduction the thermal energy dissipated by the electronic cards, and in that the chassis is a 6U format chassis and each support device is configured to retain electronic cards in the 3U format. - a chassis, - at least one support device configured to retain electronic cards, each support device being detachable relative to the chassis, at least two electronic cards being able to be retained vertically one above the other,
A concentrically stable tabbed sealing member with a foam layer for sealing to a rim surrounding a container opening, the sealing member comprising: a multi-layer laminate including an upper laminate portion partially bonded to a lower laminate portion and forming a gripping tab defined wholly within a perimeter of the sealing member, the gripping tab for removing the sealing member from the container opening; the lower laminate portion below the gripping tab including at least a heat seal layer for bonding to the container rim, a metal layer for heating the heat seal layer, and the polymer foam layer above the metal layer; characterised by a non-foam polymer sub-tab layer positioned between the polymer foam layer and the gripping tab; and the non-foam polymer sub-tab layer coextensive with at least the gripping tab at a periphery thereof to provide concentric structural support to the polymer foam layer at its periphery relative to a portion of the polymer foam layer radially inward from the periphery when heat sealing the tabbed sealing member to a container rim. a multi-layer laminate including an upper laminate portion partially bonded to a lower laminate portion and forming a gripping tab defined wholly within a perimeter of the sealing member, the gripping tab for removing the sealing member from the container opening; the lower laminate portion below the gripping tab including at least a heat seal layer for bonding to the container rim, a metal layer for heating the heat seal layer, and the polymer foam layer above the metal layer; characterised by a non-foam polymer sub-tab layer positioned between the polymer foam layer and the gripping tab; and the non-foam polymer sub-tab layer coextensive with at least the gripping tab at a periphery thereof to provide concentric structural support to the polymer foam layer at its periphery relative to a portion of the polymer foam layer radially inward from the periphery when heat sealing the tabbed sealing member to a container rim.
A process for manufacturing a piece of composite material made with a polymer resin and fiber reinforcement from at least two subcomponents, characterized in that it comprises the following steps: a) Providing the first subcomponent partially cured in a curing cycle in an autoclave at a maximum temperature T1 of the first subcomponent during the curing cycle, comprised between the resin gelling temperature GT and the resin curing temperature CT, applied for a predetermined time PT1 such that the exothermal component is released from the first subcomponent in a degree exceeding 50%. b) Providing the second subcomponent. c) Assembling the two subcomponents (11, 13) and then joining them to one another in a curing cycle in an autoclave at a maximum temperature T2 comprised between 90% and 100% of the resin curing temperature CT, applied for a predetermined time PT2. a) Providing the first subcomponent partially cured in a curing cycle in an autoclave at a maximum temperature T1 of the first subcomponent during the curing cycle, comprised between the resin gelling temperature GT and the resin curing temperature CT, applied for a predetermined time PT1 such that the exothermal component is released from the first subcomponent in a degree exceeding 50%. b) Providing the second subcomponent. c) Assembling the two subcomponents (11, 13)
Rear windshield with protection box for electronic components, comprising: a. a vehicle body connection fastened on a window pane, b. a protection box fastened on the vehicle body connection comprising a protection box basic element and a protection box cover, c. a foam encapsulation of the vehicle body connection, wherein the foam encapsulation seals and affixes the protection box basic element on the vehicle body connection. a. a vehicle body connection fastened on a window pane, b. a protection box fastened on the vehicle body connection comprising a protection box basic element and a protection box cover, c. a foam encapsulation of the vehicle body connection, wherein the foam encapsulation seals and affixes the protection box basic element on the vehicle body connection.
A power supply system having first and second switching regulators, and comprising: a first clock circuit for supplying a first clock signal having a first clock frequency to define a switching frequency of one of the first and second switching regulators, and a second clock circuit synchronized to the first clock signal for producing a second clock signal having a second clock frequency different from the first clock frequency, to define a switching frequency of the other of the first and second switching regulators, characterized in that a ratio between the first and second clock frequencies is determined based on an input signal of a switching regulator supplied with the second clock signal. a first clock circuit for supplying a first clock signal having a first clock frequency to define a switching frequency of one of the first and second switching regulators, and a second clock circuit synchronized to the first clock signal for producing a second clock signal having a second clock frequency different from the first clock frequency, to define a switching frequency of the other of the first and second switching regulators, characterized in that
A method of assaying a sample for an analyte, the method comprising: illuminating, with a light source (201,207), a sample in a sample chamber (203,209) through a slit projection module to provide a slit-shaped beam on the sample chamber, wherein the slit projection module comprises: a slit that narrows a beam of light from the light source to a width equal to the width of the slit; and a focusing lens, for focusing light from the slit, detecting, with a detector (206,212), light transmitted through the sample, wherein the light from the sample is propagated through an objective lens (204,210), a transmission diffraction grating (205,211) and directly to the detector, wherein the light source, slit projection module, objective lens, diffraction grating and detector are positioned in line with each other such that light from the light source is propagated along a central optical axis through the slit and focusing lens and is transmitted through the sample, the objective lens and the transmission diffraction grating without substantial diversion from the central optical axis, and calculating absorbance of the detected light at one or more wavelengths to assay the sample for the analyte in the sample, characterized in that the central optical axis is defined by a straight line along which the light propagates from the light source to the detector, and in that the focusing lens is physically coupled to the slit so that the slit and focusing lens are integrated into a single unit. a slit that narrows a beam of light from the light source to a width equal to the width of the slit; and a focusing lens, for focusing light from the slit, detecting, with a detector (206,212), light transmitted through the sample, wherein the light from the sample is propagated through an objective lens (204,210), a transmission diffraction grating (205,211) and directly to the detector, wherein the light source, slit projection module, objective lens, diffraction grating and detector are positioned in line with each other such that light from the light source is propagated along a central optical axis through the slit and focusing lens and is transmitted through the sample, the objective lens and the transmission diffraction grating without substantial diversion from the central optical axis, and calculating absorbance of the detected light at one or more wavelengths to assay the sample for the analyte in the sample, characterized in that the central optical axis is defined by a straight line along which the light propagates from the light source to the detector, and in that the focusing lens is physically coupled to the slit so that the slit and focusing lens are integrated into a single unit.
A tire having a tread, the tread comprising: a center rib formed by two circumferential main grooves extending along the tire circumferential direction; a first shoulder rib disposed axially outward from the center rib and one of the circumferential main grooves; and a second shoulder rib disposed axially outward from the center rib and the other of the two circumferential main grooves; the center rib having a repeated first group of three sipes that is repeated along the circumferential direction of the tire, each first group of three sipes having a first sipe being inclined radially inward under a first angle relative to the tire radial direction, a second sipe being inclined radially inward under a second angle relative to the tire radial direction, and a third sipe being inclined radially inward under third angle relative to the tire radial direction; wherein the second angle is in a range of from -1 degrees to +1 degrees; wherein the first sipe is inwardly angled circumferentially away from the second sipe; wherein the third sipe is inwardly angled circumferentially away from the second sipe; and wherein the first and third angles are oppositely radially inclined to each other and the radial direction; characterized in that the first angle is in a range of from +17 to +23 degrees and in that the third angle is in a range of from -17 to -23 degrees. a center rib formed by two circumferential main grooves extending along the tire circumferential direction; a first shoulder rib disposed axially outward from the center rib and one of the circumferential main grooves; and a second shoulder rib disposed axially outward from the center rib and the other of the two circumferential main grooves; the center rib having a repeated first group of three sipes that is repeated along the circumferential direction of the tire, each first group of three sipes having a first sipe being inclined radially inward under a first angle relative to the tire radial direction, a second sipe being inclined radially inward under a second angle relative to the tire radial direction, and a third sipe being inclined radially inward under third angle relative to the tire radial direction; wherein the second angle is in a range of from -1 degrees to +1 degrees; wherein the first sipe is inwardly angled circumferentially away from the second sipe; wherein the third sipe is inwardly angled circumferentially away from the second sipe; and wherein the first and third angles are oppositely radially inclined to each other and the radial direction; characterized in that the first angle is in a range of from +17 to +23 degrees and in that the third angle is in a range of from -17 to -23 degrees.