mhurhangee/ep-ind-claims huggingface dataset:
An in-vitro diagnostic device comprising a plurality of functional units (110, 120, 130, 140, 150, 160) including a pipetting unit comprising a pipetting probe for penetrating a lid of a liquid container and for pipetting a liquid through the lid of the liquid container, and further comprising a pressure sensor for detecting a pressure in the liquid container; a controller configured to schedule process operations for the plurality of functional units (110, 120, 130, 140, 150, 160) to handle the liquid container in a first cycle time, and to control the pipetting unit according to the scheduled process operations to penetrate the lid of the liquid container with the pipetting probe; and upon detecting a pressure within a predefined pressure range to aspirate an aliquot of the liquid by the pipetting probe for carrying out an in-vitro diagnostic test; characterized in that the controller is further configured to prevent the pipetting unit from aspirating an aliquot of the liquid upon detecting a pressure (93, 94) outside of a predefined pressure range in the liquid container, and to reschedule process operations for the plurality of functional units (110, 120, 130, 140, 150, 160) to handle the liquid container in a next possible cycle time, in which the pipetting unit does not yet have any assigned process operations, wherein handling the liquid container includes controlling the pipetting unit to repeat penetration of the lid of the liquid container in order to reduce pressure differences or achieve pressure equilibration between the interior of the liquid container and ambient conditions. a plurality of functional units (110, 120, 130, 140, 150, 160) including a pipetting unit comprising a pipetting probe for penetrating a lid of a liquid container and for pipetting a liquid through the lid of the liquid container, and further comprising a pressure sensor for detecting a pressure in the liquid container; a controller configured to schedule process operations for the plurality of functional units (110, 120, 130, 140, 150, 160) to handle the liquid container in a first cycle time, and to control the pipetting unit according to the scheduled process operations to penetrate the lid of the liquid container with the pipetting probe; and upon detecting a pressure within a predefined pressure range to aspirate an aliquot of the liquid by the pipetting probe for carrying out an in-vitro diagnostic test; characterized in that the controller is further configured to prevent the pipetting unit from aspirating an aliquot of the liquid upon detecting a pressure (93, 94) outside of a predefined pressure range in the liquid container, and to reschedule process operations for the plurality of functional units (110, 120, 130, 140, 150, 160) to handle the liquid container in a next possible cycle time, in which the pipetting unit does not yet have any assigned process operations, wherein handling the liquid container includes controlling the pipetting unit to repeat penetration of the lid of the liquid container in order to reduce pressure differences or achieve pressure equilibration between the interior of the liquid container and ambient conditions.
An image processing apparatus comprising: first obtaining means for obtaining a target image and a reference image, wherein the target image and the reference image are constituted by a set of voxels arranged in a discretized manner; setting means for setting a search area in the target image on the basis of a corresponding position that is a position in the target image corresponding to a position of interest in the reference image, wherein the search area is an area inside which the corresponding position is included and which is a part of the target image; dividing means for dividing the search area into a plurality of partial areas on the basis of positions of the voxels of the target image and intersection points between an outline of the search area and lines connecting adjacent voxels among the voxels; second obtaining means for obtaining, on the basis of at least one of a voxel value included in the partial area and an interpolated value obtained by interpolation of a voxel of the target image at a vertex position of the partial area, at least one of a maximum and a minimum of a voxel value and an interpolated value within the search area; and third obtaining means for obtaining a comparison value through a comparison operation between at least one of the maximum and the minimum obtained by the second obtaining means and a voxel value at the position of interest in the reference image. first obtaining means for obtaining a target image and a reference image, wherein the target image and the reference image are constituted by a set of voxels arranged in a discretized manner; setting means for setting a search area in the target image on the basis of a corresponding position that is a position in the target image corresponding to a position of interest in the reference image, wherein the search area is an area inside which the corresponding position is included and which is a part of the target image; dividing means for dividing the search area into a plurality of partial areas on the basis of positions of the voxels of the target image and intersection points between an outline of the search area and lines connecting adjacent voxels among the voxels; second obtaining means for obtaining, on the basis of at least one of a voxel value included in the partial area and an interpolated value obtained by interpolation of a voxel of the target image at a vertex position of the partial area, at least one of a maximum and a minimum of a voxel value and an interpolated value within the search area; and third obtaining means for obtaining a comparison value through a comparison operation between at least one of the maximum and the minimum obtained by the second obtaining means and a voxel value at the position of interest in the reference image.
An isolated anti-Epidermal Growth Factor Receptor (EGFR) antibody, wherein said antibody comprises a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 164 and a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 166.
A binder composition for an all-solid-state secondary battery comprising a polymer, an anti-aging agent, and an organic solvent, wherein the polymer includes a (meth)acrylic acid ester monomer unit in a proportion of not less than 25 mass% and not more than 95 mass% and has a gel content of 50 mass% or less, measured by the method specified in the description, and the anti-aging agent is contained in an amount of not less than 0.005 parts by mass and not more than 0.5 parts by mass per 100 parts by mass of the polymer. the polymer includes a (meth)acrylic acid ester monomer unit in a proportion of not less than 25 mass% and not more than 95 mass% and has a gel content of 50 mass% or less, measured by the method specified in the description, and the anti-aging agent is contained in an amount of not less than 0.005 parts by mass and not more than 0.5 parts by mass per 100 parts by mass of the polymer.
Inductive sensor, particularly for a proximity sensor, comprising: - a resonance circuit including a sensing coil; - an amplifier comprising a first gain stage and a second gain stage each coupled via respective adjusting elements (33, 34) with the resonance circuit to inject energy for maintaining an oscillation of the resonance circuit, wherein the first gain stage provides a substantially linear amplification and the second gain stage provides a comparator characteristics, wherein the adjusting elements (33, 34) are formed with resistors. - a resonance circuit including a sensing coil; - an amplifier comprising a first gain stage and a second gain stage each coupled via respective adjusting elements (33, 34) with the resonance circuit to inject energy for maintaining an oscillation of the resonance circuit,
Apparatus for external inspection of a pipeline circumferential weld comprising a track for clamping around the pipeline, and a radiation source and a radiation detector independently mountable upon the track on opposing external sides of the pipeline weld and independently movable circumferentially around the track, means to move the source and the detector with respect to each other clockwise and anti-clockwise around an initial position whilst sampling the radiation detected at a number of positions to determine a position of maximum strength of the radiation signal detected, whereby the centre point of the radiation source may be located and the source and detector substantially aligned with each other, wherein the radiation source is collimated into a narrow fan beam illuminating the x-ray detector and the detector is shielded by a heavy metal radiation absorbing housing to reduce scattering of x-rays, and further comprising means for moving the thus aligned source and detector circumferentially around the weld whilst remaining substantially in alignment.
A mobile terminal, comprising: a terminal body including a front surface and a rear surface; a display unit disposed on the front surface and including a first region and a second region extended from the first region, the first region and second region configured to be independently converted from one of an active state and an inactive state to the other, and the second region being able to display basic information in the inactive state; a rear input unit disposed on the rear surface and configured to sense a fingerprint input; and a controller configured to: convert the second region into the active state while maintaining the inactive state of the first region and display preset first screen information on the second region, in response to a preset input being received in the inactive state of the first region and second region, and convert the first screen information displayed on the second region into second screen information (611, 612) corresponding to an execution of a secret mode while maintaining the inactive state of the first region, in response to the preset input being received and the fingerprint input being sensed by the rear input unit corresponding a preset fingerprint. a terminal body including a front surface and a rear surface; a display unit disposed on the front surface and including a first region and a second region extended from the first region, the first region and second region configured to be independently converted from one of an active state and an inactive state to the other, and the second region being able to display basic information in the inactive state; a rear input unit disposed on the rear surface and configured to sense a fingerprint input; and a controller configured to: convert the second region into the active state while maintaining the inactive state of the first region and display preset first screen information on the second region, in response to a preset input being received in the inactive state of the first region and second region, and convert the first screen information displayed on the second region into second screen information (611, 612) corresponding to an execution of a secret mode while maintaining the inactive state of the first region, in response to the preset input being received and the fingerprint input being sensed by the rear input unit corresponding a preset fingerprint. convert the second region into the active state while maintaining the inactive state of the first region and display preset first screen information on the second region, in response to a preset input being received in the inactive state of the first region and second region, and convert the first screen information displayed on the second region into second screen information (611, 612) corresponding to an execution of a secret mode while maintaining the inactive state of the first region, in response to the preset input being received and the fingerprint input being sensed by the rear input unit corresponding a preset fingerprint.
A foveated rendering method of a Virtual Reality system based on monocular eyeball tracking, comprising: obtaining a first monocular mapping position, corresponding to a monocular eyeball of a user, on a display screen of the VR system; obtaining an Inter Pupilary Distance corresponding to a binocular pupil distance of the user, and calculating a second monocular mapping position, corresponding to the other monocular eyeball of the user, on the display screen of the VR system according to the IPD and the first monocular mapping position; determining main rendering regions by taking the first monocular mapping position and the second monocular mapping position as circle centers and preset thresholds as radiuses respectively; and performing main rendering in the main rendering regions, and performing matched rendering on regions except the main rendering regions in the display screen of the VR system, wherein a rendering resolution of the main rendering is higher than a rendering resolution of the matched rendering, wherein the obtaining an IPD corresponding to a binocular pupil distance of the user comprises: adapting an IPD adjusting function module in an integrated VR device to both eyes of the user to obtain the IPD corresponding to the binocular pupil distance of the user. obtaining a first monocular mapping position, corresponding to a monocular eyeball of a user, on a display screen of the VR system; obtaining an Inter Pupilary Distance corresponding to a binocular pupil distance of the user, and calculating a second monocular mapping position, corresponding to the other monocular eyeball of the user, on the display screen of the VR system according to the IPD and the first monocular mapping position; determining main rendering regions by taking the first monocular mapping position and the second monocular mapping position as circle centers and preset thresholds as radiuses respectively; and performing main rendering in the main rendering regions, and performing matched rendering on regions except the main rendering regions in the display screen of the VR system, wherein a rendering resolution of the main rendering is higher than a rendering resolution of the matched rendering, wherein the obtaining an IPD corresponding to a binocular pupil distance of the user comprises: adapting an IPD adjusting function module in an integrated VR device to both eyes of the user to obtain the IPD corresponding to the binocular pupil distance of the user.
A polyester resin comprising a dicarboxylic acid component and a glycol component, wherein 10 mol% or more of a furandicarboxylic acid is contained as the dicarboxylic acid component and the polyester resin satisfies following requirements to; a total metal element content is 150 ppm or less relative to the mass of the polyester resin; a phosphorus element content is 100 ppm or less relative to the mass of the polyester resin; TOD Δ reduced viscosity represented by the following formula is 0.030 dl/g or less TOD Δ reduced viscosity = Reduced viscosity before thermal oxidation test − Reduced viscosity after thermal oxidation test wherein the thermal oxidation test is a test in which a polyester resin sample having been subjected to a heat history comprising melting it at a temperature of the melting point of the polyester resin plus 30°C in the air for 2 minutes and subsequently leaving it at the same temperature under a load of 100 kgf/cm 2 for 1 minute is heat treated in the air at a temperature of 180°C for 60 minutes, wherein the catalysts used in the polyester polymerization are an aluminum compound and a phosphorus compound, and wherein the total metal element content, the phosphorus element content, reduced viscosity and melting point of the polyester are determined as indicated in the specification. a total metal element content is 150 ppm or less relative to the mass of the polyester resin; a phosphorus element content is 100 ppm or less relative to the mass of the polyester resin; TOD Δ reduced viscosity represented by the following formula is 0.030 dl/g or less TOD Δ reduced viscosity = Reduced viscosity before thermal oxidation test − Reduced viscosity after thermal oxidation test wherein the thermal oxidation test is a test in which a polyester resin sample having been subjected to a heat history comprising melting it at a temperature of the melting point of the polyester resin plus 30°C in the air for 2 minutes and subsequently leaving it at the same temperature under a load of 100 kgf/cm 2 for 1 minute is heat treated in the air at a temperature of 180°C for 60 minutes, wherein the catalysts used in the polyester polymerization are an aluminum compound and a phosphorus compound, and wherein the total metal element content, the phosphorus element content, reduced viscosity and melting point of the polyester are determined as indicated in the specification.
A metallic ink composition for use in digital offset printing, comprising: metallic effect pigment particles, wherein an average equivalent sphere diameter of at least about 90% of the metallic effect pigment particles ranges from 35 to 150 μm; at least one dispersant; at least one curable oligomer; and at least one photo initiator, wherein the metallic ink composition has a viscosity ranging from 150,000 to 1,000,000 millipascal seconds (mPa.s) at 0.1 rad/s at 25 °C. metallic effect pigment particles, wherein an average equivalent sphere diameter of at least about 90% of the metallic effect pigment particles ranges from 35 to 150 μm; at least one dispersant; at least one curable oligomer; and at least one photo initiator, wherein the metallic ink composition has a viscosity ranging from 150,000 to 1,000,000 millipascal seconds (mPa.s) at 0.1 rad/s at 25 °C.
Method for carrying out remote diagnostics of vehicles each comprising a communication module able to communicate with a remote diagnostic tool and coupled to on-board communicating electronic equipment (EEj), comprising a first step in which the said diagnostic tool generates a remote diagnostic request associated with a value of a remote diagnostic parameter to a communicating electronic equipment (EEj) of a vehicle, a second step in which processing means compare the said value with a predefined value, and in case of identity between the latter, the processing means transmit a remote diagnosis session request to said recipient communicating electronic equipment (EEj), a third step in which the latter (EEj) generates a response to said request, then if this response is an acceptance of said remote diagnosis session or a predefined refusal of said remote diagnosis session the processing means transmit said remote diagnosis request to said communicating electronic equipment (EEj), and a fourth step in which the processing means transmit to said diagnosis tool a message generated by said communicating electronic equipment (EEj) in response to said remote diagnosis request and in that in the third step, if this response is neither an acceptance of the remote diagnosis session nor a predefined refusal of this remote diagnosis session, then the processing means transmits to the diagnosis tool a response message indicating that a condition is not met the remote diagnosis request not being transmitted to the communicating electronic equipment (EEj), a predefined refusal being a refusal to participate in the remote diagnosis session requested by the diagnosis tool, and having a predefined value which is a normative value in response to a non-predefined request.
Plug-in device, which is designed as a coupling or plug, for an electrical line, comprising a housing and a contact carrier having at least one contact element, which contact carrier is arranged at least partially in the housing in an assembled state, wherein the contact carrier has a holding element, by means of which the contact carrier can be fastened in the housing and wherein the holding element has a first fixing geometry and the housing has a fixing element with a second fixing geometry and the two fixing geometries are latched to one another in a latched position in the assembled state, wherein the first or second fixing geometry is designed to be deflectable with respect to its rest position for the purpose of conveying into and out of the latched position, wherein the fixing element is arranged in the interior of the housing, and wherein a removable securing element is provided which, in the assembled state of the plug-in device, limits the deflectability of the first or second fixing geometry.
A non-transitory computer-readable storage medium storing a set of instructions executable by a processor, the set of instructions, when executed by the processor, causing the processor to perform operations comprising: receiving a self-care assessment from a patient having a medical condition, the self-care assessment assessing the patient's level of ability for each of a plurality of determinants, wherein each determinant is a factor that may affect the patient's ability to adhere to self-care behaviors relevant to the medical condition; assigning a weight to each of the plurality of determinants based on the patient's level of ability for each of the plurality of determinants; creating an ordered list including the plurality of determinants, the determinants being ordered based on the corresponding weights; determining a plurality of behavior-specific contributions, each of the behavior-specific contributions corresponding to the contribution of each determinant to a care plan for a particular one of the plurality of self-care behaviors, wherein each behavior-specific contribution is based on the weight for the relevant determinant and a weight for the relevant self-care behavior; and designing a care plan for the patient based on the plurality of behavior-specific contributions. receiving a self-care assessment from a patient having a medical condition, the self-care assessment assessing the patient's level of ability for each of a plurality of determinants, wherein each determinant is a factor that may affect the patient's ability to adhere to self-care behaviors relevant to the medical condition; assigning a weight to each of the plurality of determinants based on the patient's level of ability for each of the plurality of determinants; creating an ordered list including the plurality of determinants, the determinants being ordered based on the corresponding weights; determining a plurality of behavior-specific contributions, each of the behavior-specific contributions corresponding to the contribution of each determinant to a care plan for a particular one of the plurality of self-care behaviors, wherein each behavior-specific contribution is based on the weight for the relevant determinant and a weight for the relevant self-care behavior; and designing a care plan for the patient based on the plurality of behavior-specific contributions.
A face mask, of the anti-pollution mask type, comprising a filter-holder and a removable interchangeable filter, - the filter-holder being generally shell-shaped, including air passages, having a front face, called outer face, and a rear face, or inner face, with a concave shape, able to cover the nose, mouth and chin of the user, and including side parts to which maintaining straps are attached, - the filter being positioned against the concave inner face of the filter-holder, preferably marrying the shape of said concave face of the filter-holder, characterized in that the maintaining straps of the filter-holder cooperate with said filter to position it against the concave face of the filter-holder, by passing the straps of the filter-holder in openings arranged in said filter. - the filter-holder being generally shell-shaped, including air passages, having a front face, called outer face, and a rear face, or inner face, with a concave shape, able to cover the nose, mouth and chin of the user, and including side parts to which maintaining straps are attached, - the filter being positioned against the concave inner face of the filter-holder, preferably marrying the shape of said concave face of the filter-holder,