mhurhangee/patent-ind-claim-en huggingface dataset:
A method of verifying a torque measurement of a torque transducer of an instrument drive unit , the method comprising: measuring the torque being applied by a motor of the instrument drive unit with the torque transducer; measuring current drawn by the motor of the instrument drive unit with a sensor ; receiving a verification signal indicative of the current drawn by the motor of the instrument drive unit; identifying an acceptable torque range based on the verification signal; comparing the torque measurement with the acceptable torque range; and stopping the motor if the torque measurement is outside the acceptable torque range. measuring the torque being applied by a motor of the instrument drive unit with the torque transducer; measuring current drawn by the motor of the instrument drive unit with a sensor ; receiving a verification signal indicative of the current drawn by the motor of the instrument drive unit; identifying an acceptable torque range based on the verification signal; comparing the torque measurement with the acceptable torque range; and stopping the motor if the torque measurement is outside the acceptable torque range.
Nuclear Magnetic Resonance (="NMR") fluid sensor arrangement with a magnet system comprising at least two permanent magnet elements (11'; 11") and pole pieces (12'; 12") attached to the magnet elements (11'; 11"), whereby the magnet elements (11'; 11") are disposed symmetrically on both sides of a central symmetry axis at an angle of 20° to 120° to each other, thus providing a V-shaped air gap between themselves, and whereby the magnet elements (11'; 11") are attached to a generally V-shaped yoke support structure made of soft magnetic material and configured to resist attracting forces of the magnets and to provide a return path for the magnetic flux, characterized in that the magnet system is constructed for generating a homogeneous magnetic B0 field in the direction of a z axis allowing spectroscopic NMR measurements in a first volume (V1) and at least one gradient magnetic field in a second volume (V2) located at a distance from the first volume (V1) with the homogeneous magnetic B0 field, both volumes (V1, V2) being located inside the V-shaped air gap between the magnet elements (11'; 11"), wherein the z axis is perpendicular to the central symmetry axis, and that the magnet system is configured to create a homogenous magnetic field B0 within the air gap by means of the pole pieces (12'; 12") being arranged with a chamfered part (13'; 13") at the inner end of the V-shaped air gap. whereby the magnet elements (11'; 11") are disposed symmetrically on both sides of a central symmetry axis at an angle of 20° to 120° to each other, thus providing a V-shaped air gap between themselves, and whereby the magnet elements (11'; 11") are attached to a generally V-shaped yoke support structure made of soft magnetic material and configured to resist attracting forces of the magnets and to provide a return path for the magnetic flux, characterized in that the magnet system is constructed for generating a homogeneous magnetic B0 field in the direction of a z axis allowing spectroscopic NMR measurements in a first volume (V1) and at least one gradient magnetic field in a second volume (V2) located at a distance from the first volume (V1) with the homogeneous magnetic B0 field, both volumes (V1, V2) being located inside the V-shaped air gap between the magnet elements (11'; 11"), wherein the z axis is perpendicular to the central symmetry axis, and that the magnet system is configured to create a homogenous magnetic field B0 within the air gap by means of the pole pieces (12'; 12") being arranged with a chamfered part (13'; 13") at the inner end of the V-shaped air gap.
An automatic photographing method comprising: using two photographing modules to acquire images of a to-be-photographed object at a first moment and a second moment after a preset time interval, and determining a distance (L') of the to-be-photographed object according to image points (K', K") formed by a point (K) of the to-be-photographed object on photosensitive devices (B1, B2) of the two photographing modules and parameters of the two photographing modules ; calculating a variation between the distance of the to-be-photographed object at the first moment and the distance of the to-be-photographed object at the second moment; determining whether the variation is less than or equal to a preset value; and triggering, at the second moment, an automatic photographic function to photograph the to-be-photographed object upon determining that the variation is less than or equal to the preset value. using two photographing modules to acquire images of a to-be-photographed object at a first moment and a second moment after a preset time interval, and determining a distance (L') of the to-be-photographed object according to image points (K', K") formed by a point (K) of the to-be-photographed object on photosensitive devices (B1, B2) of the two photographing modules and parameters of the two photographing modules ; calculating a variation between the distance of the to-be-photographed object at the first moment and the distance of the to-be-photographed object at the second moment; determining whether the variation is less than or equal to a preset value; and triggering, at the second moment, an automatic photographic function to photograph the to-be-photographed object upon determining that the variation is less than or equal to the preset value.
A press forming method of press-forming a flat-sheet-shaped processing material into a press-formed part, the processing material including a base section and a deformation section continuous to the base section and including a portion to be a vertical wall portion , the press-formed part having the vertical wall portion formed when the processing material is bent in at least a boundary portion between the base section and the vertical wall portion , the press forming method comprising a step of forming the vertical wall portion and the step of forming the vertical wall portion includes: a shear deformation step having individually restraining a boundary-side portion of the base section with respect to the deformation section and an outer portion of the deformation section , the outer portion to be a flange portion , shear-deforming the portion to be the vertical wall portion of the deformation section in a sheet face, characterized in that the vertical wall portion has a curved portion being curved in a depressed shape toward the base section , and the shear deformation step causes a material to flow from a portion separated from the curved portion toward the curved portion of the portion to be the vertical wall portion . a shear deformation step having individually restraining a boundary-side portion of the base section with respect to the deformation section and an outer portion of the deformation section , the outer portion to be a flange portion , shear-deforming the portion to be the vertical wall portion of the deformation section in a sheet face, characterized in that individually restraining a boundary-side portion of the base section with respect to the deformation section and an outer portion of the deformation section , the outer portion to be a flange portion , shear-deforming the portion to be the vertical wall portion of the deformation section in a sheet face, characterized in that the vertical wall portion has a curved portion being curved in a depressed shape toward the base section , and the shear deformation step causes a material to flow from a portion separated from the curved portion toward the curved portion of the portion to be the vertical wall portion .
Method for a commercial vehicle having a trailer coupling , for determining an articulation angle between the commercial vehicle and an attached vehicle trailer , comprising the steps of: a) determining a modeled value of an articulation angle or an articulation angle change with a model , b) determining a measured value of an articulation angle or an articulation angle change with a sensor unit , c) deriving a correction value from the measured value , d) correcting the modeled value on the basis of the correction value e) outputting the corrected modeled value as an output value of an articulation angle or an articulation angle change . a) determining a modeled value of an articulation angle or an articulation angle change with a model , b) determining a measured value of an articulation angle or an articulation angle change with a sensor unit , c) deriving a correction value from the measured value , d) correcting the modeled value on the basis of the correction value e) outputting the corrected modeled value as an output value of an articulation angle or an articulation angle change .
A method for wireless communications by a user equipment, UE , the method comprising: obtaining , from a network entity , a channel state indicator, CSI, reporting configuration for reporting CSI for a channel; generating a model of an interference pattern for the channel; predicting one or more candidate interference levels for one or more upcoming slots using the model; and reporting information regarding the one or more candidate interference levels to the network entity, wherein the information regarding the candidate interference levels includes information regarding a subset of the candidate interference levels selected based on their probability of occurrence. obtaining , from a network entity , a channel state indicator, CSI, reporting configuration for reporting CSI for a channel; generating a model of an interference pattern for the channel; predicting one or more candidate interference levels for one or more upcoming slots using the model; and reporting information regarding the one or more candidate interference levels to the network entity, wherein the information regarding the candidate interference levels includes information regarding a subset of the candidate interference levels selected based on their probability of occurrence.
Ply sorting device for sorting plies of differing geometry, comprising a picker and a buffer, wherein the picker is arranged to pick planar plies of cut fiber material and move them to the buffer , and wherein the buffer comprises a plurality of substantially planar supports each arranged to receive plies from the picker and to support the plies in planar orientation, wherein the planar supports are movably arranged relative to each other to receive the plies , characterized in that the supports are arranged to be moved from a storage position in which they have a covering arrangement that prevents receiving of plies , to a receiving position that allows receiving of plies .
A server , wherein the server comprises: a housing that at least partially defines a sled channel and a cable channel defined between the sled channel and a side of the housing along a longitudinal axis (L); a sled configured to be inserted into the sled channel of the housing at a first end of the housing and travel along the longitudinal axis (L); a cable positioned within a cable sleeve , the cable sleeve being mounted to the sled ; and an obstruction positioned at the first end of the housing and aligned with the cable channel and the cable sleeve along the longitudinal axis (L), the cable channel being defined between the obstruction and a second end of the housing away from the first end of the housing along the longitudinal axis (L), wherein during insertion of the sled into the housing , contact between the cable sleeve and the obstruction causes the cable sleeve to move from a first position relative to the sled to a second position relative to the sled , the cable sleeve in the second position being positioned at least partially within the sled channel , the cable sleeve in the first position being at least partially aligned with the obstruction, wherein the cable sleeve is positioned in the cable channel when the sled is fully inserted into the housing . a housing that at least partially defines a sled channel and a cable channel defined between the sled channel and a side of the housing along a longitudinal axis (L); a sled configured to be inserted into the sled channel of the housing at a first end of the housing and travel along the longitudinal axis (L); a cable positioned within a cable sleeve , the cable sleeve being mounted to the sled ; and an obstruction positioned at the first end of the housing and aligned with the cable channel and the cable sleeve along the longitudinal axis (L), the cable channel being defined between the obstruction and a second end of the housing away from the first end of the housing along the longitudinal axis (L), wherein during insertion of the sled into the housing , contact between the cable sleeve and the obstruction causes the cable sleeve to move from a first position relative to the sled to a second position relative to the sled , the cable sleeve in the second position being positioned at least partially within the sled channel , the cable sleeve in the first position being at least partially aligned with the obstruction, wherein the cable sleeve is positioned in the cable channel when the sled is fully inserted into the housing .
An in-vitro immunoassay method for detecting an antigen of a detection target in an analyte through extraction with an extraction agent, the detection target being a gram-positive bacterium, and the extraction agent being nitrous acid that generates on a device through reaction of an organic acid and a nitrite compound, wherein the method comprises performing the detection in the presence of a cyclic oligosaccharide.
A phase modulation device , comprising at least one TORP signal generator , the TORP signal corresponding to oscillation trains periodically repeated at a frequency F PRP whose oscillations are of frequency F OL equal to N.F PRP , with N integer greater than or equal to 2, and each oscillation train of which has a duration of less than 1/F PRP , the TORP signal generator including at least: - an oscillator capable of generating a periodic signal of frequency F OL , and - a power supply circuit configured to be controlled by a periodic power supply control signal of frequency F PRP and connected to at least one power supply input of the oscillator as it generates, when the TORP signal generator is intended to generate an oscillation train, a power supply voltage of the oscillator which is non-zero only during part of a period 1/F PRP , the device further comprising a generator of a phase-modulated periodic signal of frequency F PRP , coding data symbols of an information signal, comprising at least one output onto which the phase-modulated periodic signal of frequency F PRP is intended to be outputted and coupled to a control input of the power supply circuit . - an oscillator capable of generating a periodic signal of frequency F OL , and - a power supply circuit configured to be controlled by a periodic power supply control signal of frequency F PRP and connected to at least one power supply input of the oscillator as it generates, when the TORP signal generator is intended to generate an oscillation train, a power supply voltage of the oscillator which is non-zero only during part of a period 1/F PRP ,
Polymeric composite material for early detection pre-fire situations that arise as a result of local overheating of electrical equipment, when the heating of wires or electrical contacts exceeds the permissible operating parameters, but does not yet reach the level at which the thermal destruction of material occurs, the composite material having an explosive fracture temperature in the range of 80-200 °C and comprising a continuous phase that is constituted by a thermosetting polymer, wherein in said continuous phase closed type pores are made in which an odorant is encapsulated, the odorant being selected from sulfur dioxide, low-molecular-weight mercaptans, dialkyl sulfides dialkyl disulfides or mixtures thereof, and optionally additionally comprising a solvent selected from the group consisting of hydrofluorochlorocarbons, hydrofluorocarbons, fluorocarbons, chlorocarbons, chlorofluorocarbons, perfluoro (ethylisopropyl ketone), alkanes, ethers and mixtures thereof; the pores are made to differ from each other both in size and shell thickness, so that their opening occurs at different pressures and temperatures and the composite material is configured to respond repeatedly to repeated heating by releasing the odorant of the pores into the environment when opening of a part of the pores occurs due to the gas of the odorant reaching a pressure corresponding to their shell strength. the composite material having an explosive fracture temperature in the range of 80-200 °C and comprising a continuous phase that is constituted by a thermosetting polymer, wherein in said continuous phase closed type pores are made in which an odorant is encapsulated, the odorant being selected from sulfur dioxide, low-molecular-weight mercaptans, dialkyl sulfides dialkyl disulfides or mixtures thereof, and optionally additionally comprising a solvent selected from the group consisting of hydrofluorochlorocarbons, hydrofluorocarbons, fluorocarbons, chlorocarbons, chlorofluorocarbons, perfluoro (ethylisopropyl ketone), alkanes, ethers and mixtures thereof; the pores are made to differ from each other both in size and shell thickness, so that their opening occurs at different pressures and temperatures and the composite material is configured to respond repeatedly to repeated heating by releasing the odorant of the pores into the environment when opening of a part of the pores occurs due to the gas of the odorant reaching a pressure corresponding to their shell strength.
Drainage device for draining water in sanitary facilities from a first and a second water-conducting layer, wherein the second water-conducting layer lies below the first water-conducting layer, wherein the drainage device comprises a drainage unit - with a drainage trough , which has a flat base with peripheral rising walls, for receiving and draining water from the first water-conducting layer, and - with a drainage cover , wherein the drainage trough has a drainage opening for the discharge of the water, and the drainage cover is arranged above the drainage trough and above the drainage opening thereof, - with means for adjusting a horizontal and/or vertical distance, referred to below as spacers , with which the drainage cover can be positioned above or in the drainage trough , wherein the drainage trough and/or the drainage cover have/has the spacers and at least one of the spacers is formed by deformation of part of the drainage trough or of the drainage cover , - with a trough-shaped drainage bottom part for receiving and draining water from the second water-conducting layer, said drainage bottom part being arranged at a distance below the drainage trough , characterized in that - the drainage device furthermore comprises a drainage connector and fastening means for the water-tight mounting of the drainage connector on the drainage opening of the drainage unit, and - the drainage bottom part has a passage corresponding to the drainage opening in such a manner that the drainage connector mounted water-tightly on the drainage opening runs through the passage . - with a drainage trough , which has a flat base with peripheral rising walls, for receiving and draining water from the first water-conducting layer, and - with a drainage cover , wherein the drainage trough has a drainage opening for the discharge of the water, and the drainage cover is arranged above the drainage trough and above the drainage opening thereof, - with means for adjusting a horizontal and/or vertical distance, referred to below as spacers , with which the drainage cover can be positioned above or in the drainage trough , wherein the drainage trough and/or the drainage cover have/has the spacers and at least one of the spacers is formed by deformation of part of the drainage trough or of the drainage cover , - with a trough-shaped drainage bottom part for receiving and draining water from the second water-conducting layer, said drainage bottom part being arranged at a distance below the drainage trough , characterized in that - the drainage device furthermore comprises a drainage connector and fastening means for the water-tight mounting of the drainage connector on the drainage opening of the drainage unit, and - the drainage bottom part has a passage corresponding to the drainage opening in such a manner that the drainage connector mounted water-tightly on the drainage opening runs through the passage .
A display apparatus comprising: a display panel ; a plate comprising an opening and located under the display panel to support the display panel ; a filling layer completely filling the opening and comprising a material different from a material of the plate and configured to transmit an electromagnetic wave, wherein the filling layer forms a positive fit with the plate such that the filling layer is firmly hold within the opening , characterized in that the plate is a metal plate that contacts a lower surface of the display panel and in that the positive fit between the filling layer and the metal plate is with respect to a thickness direction away from the lower surface of the display panel . a display panel ; a plate comprising an opening and located under the display panel to support the display panel ; a filling layer completely filling the opening and comprising a material different from a material of the plate and configured to transmit an electromagnetic wave, wherein the filling layer forms a positive fit with the plate such that the filling layer is firmly hold within the opening , characterized in that the plate is a metal plate that contacts a lower surface of the display panel and in that the positive fit between the filling layer and the metal plate is with respect to a thickness direction away from the lower surface of the display panel .