mhurhangee/ep-ind-claims huggingface dataset:
A dispensing system (1, 1A) comprising: a robot configured to move a dispenser for suctioning a liquid to be dispensed; a camera for capturing an image including at least a tip of the dispenser, a liquid surface of the liquid, and an object not to be dispensed located below the liquid surface; an image processing module (120, 120A) configured to acquire location information for the liquid surface, location information for a boundary between the liquid and the object not to be dispensed, and location information for the tip of the dispenser based on the image; characterized in that the dispensing system further comprises a lowering control module configured to control, when suctioning the liquid into the dispenser, the robot to lower the dispenser based on the location information for the tip, the location information for the liquid surface, and the location information for the boundary, and a target position setting module configured to set a final target position based on the location information for the boundary, wherein the lowering control module controls the robot to lower the tip of the dispenser following lowering of the liquid surface, and lower the tip of the dispenser to the final target position; and the target position setting module updates the final target position based on the location information for the boundary while the robot lowers the dispenser. a robot configured to move a dispenser for suctioning a liquid to be dispensed; a camera for capturing an image including at least a tip of the dispenser, a liquid surface of the liquid, and an object not to be dispensed located below the liquid surface; an image processing module (120, 120A) configured to acquire location information for the liquid surface, location information for a boundary between the liquid and the object not to be dispensed, and location information for the tip of the dispenser based on the image; characterized in that the dispensing system further comprises a lowering control module configured to control, when suctioning the liquid into the dispenser, the robot to lower the dispenser based on the location information for the tip, the location information for the liquid surface, and the location information for the boundary, and a target position setting module configured to set a final target position based on the location information for the boundary, wherein the lowering control module controls the robot to lower the tip of the dispenser following lowering of the liquid surface, and lower the tip of the dispenser to the final target position; and the target position setting module updates the final target position based on the location information for the boundary while the robot lowers the dispenser.
A display comprising: a display frame; a light guide plate disposed within the display frame, the light guide plate comprising an edge and a set of optical input terminals along the edge; a set of light sources disposed along at least one edge of the light guide plate, wherein the set of light sources are secured to the display frame, each light source is aligned with a respective optical input terminal of the set of optical input terminals, and the light guide plate and the display frame have respective coefficients of thermal expansion such that each light source is not displaced beyond the respective optical input terminal during thermal expansion of the light guide plate and the display frame; and a flexible circuit strip electrically connected to the set of light sources, wherein the flexible circuit strip is bent between adjacent light sources of the set of light sources to allow for thermal expansion of the display frame. a display frame; a light guide plate disposed within the display frame, the light guide plate comprising an edge and a set of optical input terminals along the edge; a set of light sources disposed along at least one edge of the light guide plate, wherein the set of light sources are secured to the display frame, each light source is aligned with a respective optical input terminal of the set of optical input terminals, and the light guide plate and the display frame have respective coefficients of thermal expansion such that each light source is not displaced beyond the respective optical input terminal during thermal expansion of the light guide plate and the display frame; and a flexible circuit strip electrically connected to the set of light sources, wherein the flexible circuit strip is bent between adjacent light sources of the set of light sources to allow for thermal expansion of the display frame.
Casting nozzle for feed of molten metal, particularly non-ferrous metal such as, for example, aluminium or aluminium alloys, into a moving casting mould of a caterpillar casting machine, comprising an elongate housing body with a slot-like outlet side, wherein several flow passages, through which molten metal can be conducted in the direction of the outlet side and from there fed into the moving casting mould, are formed in the housing body along the longitudinal direction (x) thereof and over the width direction (y) thereof, wherein the housing body is of at least two-part construction in the direction of its height (z) and has at least one upper shell and at least one lower shell, wherein the upper shell and the lower shell is spaced from one another by separating webs and the individual flow passages run between the separating webs, characterised in that the housing body in its width direction (y) consists respectively of a plurality of upper shells and lower shells, wherein at an upper connecting point where two upper shells adjoin one another an opposite lower shell or a separating web provided thereat has a continuous region and wherein at a lower connecting point where two lower shells adjoin one another an opposite upper shell or a separating web provided thereat has a continuous region.
A computer program product comprising computer program instructions that when executed by a processor of a remote print server, implement a print module to carry out the steps of: monitor an ink level in a printing device; and characterized in that the print module is further to carry out the steps of: filter a print job, based on a pre-defined user-defined policy, if the ink level in the printing device is at or below a pre-defined limit.
A method comprising: - acquiring x-ray tomosynthesis image data representative of projection images (Tp) taken at different angles of an origin of imaging x-rays relative to a patient's compressed breast; - reconstructing from at least a subset of the acquired x-ray tomosynthesis data reconstructed tomosynthesis image data representative of slice images (Tr) wherein the slice images (Tr) represent images of slices of the breast that have selected orientations and thicknesses; - acquiring x-ray mammography image data representative of a projection mammography image (Mp) of the patient's breast; - concurrently displaying at least the projection mammography image (Mp) and one of the slice images (Tr); - including non-numeric indications that indicate at least: the respective level of the displayed slice image (Tr) relative to a thickness of the compressed breast; heights of slice images (Tr) in which CAD marks exist, wherein the CAD marks are indicative of suspected abnormalities as a result of computer analysis. - acquiring x-ray tomosynthesis image data representative of projection images (Tp) taken at different angles of an origin of imaging x-rays relative to a patient's compressed breast; - reconstructing from at least a subset of the acquired x-ray tomosynthesis data reconstructed tomosynthesis image data representative of slice images (Tr) wherein the slice images (Tr) represent images of slices of the breast that have selected orientations and thicknesses; - acquiring x-ray mammography image data representative of a projection mammography image (Mp) of the patient's breast; - concurrently displaying at least the projection mammography image (Mp) and one of the slice images (Tr); - including non-numeric indications that indicate at least: the respective level of the displayed slice image (Tr) relative to a thickness of the compressed breast; heights of slice images (Tr) in which CAD marks exist, wherein the CAD marks are indicative of suspected abnormalities as a result of computer analysis. the respective level of the displayed slice image (Tr) relative to a thickness of the compressed breast; heights of slice images (Tr) in which CAD marks exist, wherein the CAD marks are indicative of suspected abnormalities as a result of computer analysis.
Vehicle seat or seat bench comprising at least one backrest part (114; 114-40, 114-60) which is adjustable in inclination in relation to at least one seat part reversibly from a starting position into a comfort position and on which at least one armrest is arranged, said armrest being arranged in a substantially horizontal position in the starting position of the at least one backrest part (114; 114-40, 114-60), wherein the at least one inclination-adjustable backrest part (114; 114-40, 114-60) is assigned a triggering element which is positionally stable at least during the inclination adjustment, is connected indirectly or directly to a vehicle body and acts on a synchronization mechanism arranged between the at least one backrest part (114; 114-40, 114-60) and the at least one armrest, wherein, during the reversible inclination adjustment of the at least one backrest part (114; 114-40, 114-60) from the starting position into the comfort position, the synchronization mechanism brings about an unchanged horizontal position of the armrest about a central armrest pivot axis, wherein the armrest is pivotable via the central armrest pivot axis from an adjustment position recessed in the at least one backrest part (114; 114-40, 114-60) into the horizontal adjustment position in which the armrest is in the horizontal position, characterized in that the triggering element has a driver which, in the starting position of the at least one backrest part (114; 114-40, 114-60), engages by means of its driver flank on a catch pin of a catch, which is arranged rotatably on a backrest strut of the at least one backrest part (114; 114-40, 114-60), wherein the catch is connected rotatably to one end of a transmission element which is rotatably connected at its other end to a stop which is arranged rotatably on the backrest strut of the at least one backrest part (114; 114-40, 114-60) and has a stop slot in which an end stop element of the armrest strikes and holds the armrest in the horizontal position in the starting position of the at least one backrest part (114; 114-40, 114-60).
A thermoset polymer powder having a particle size D90 of 60 μm or less, preferably 50 μm or less, determined by laser diffraction, wherein the polymer is obtainable by polymerization of compounds having one or more ethylenically unsaturated polymerizable groups, and wherein the compounds having one or more ethylenically unsaturated polymerizable groups include at least one compound having at least two ethylenically unsaturated polymerizable groups.
A system for measuring a thickness of a cooling plate, said system comprising: a probe holder unit designed to fit inside a coolant channel of the cooling plate in order to perform thickness measurements, the probe holder unit comprising a housing extending along a length axis from a first end (30.1) to a second end (30.2), a lateral, sensor side (30.3) and an opposite rear side (30.4), an ultrasonic probe being arranged in said housing to be able to transmit and receive ultrasonic waves from said sensor side; a rear housing part being moveably arranged at the rear side, transversally to the length axis, and elastically biased away from the sensor side, thereby permitting the probe holder unit to adapt to the cooling channel size by ensuring intimate contact between the inner surface of the coolant channel and the probe holder sensor side (30.3); a drive chain to assist the progression of said probe holder unit through the length of the coolant channel, said drive chain linked to first connecting means at said first end of said housing; a cable assembly comprising electric wires connecting the ultrasound probe; an encoder arrangement configured to cooperate with the drive chain such as to measure a length of drive chain passing along it, the encoder arrangement comprising a first gear meshing with said drive chain and coupled to an encoder. a probe holder unit designed to fit inside a coolant channel of the cooling plate in order to perform thickness measurements, the probe holder unit comprising a housing extending along a length axis from a first end (30.1) to a second end (30.2), a lateral, sensor side (30.3) and an opposite rear side (30.4), an ultrasonic probe being arranged in said housing to be able to transmit and receive ultrasonic waves from said sensor side; a rear housing part being moveably arranged at the rear side, transversally to the length axis, and elastically biased away from the sensor side, thereby permitting the probe holder unit to adapt to the cooling channel size by ensuring intimate contact between the inner surface of the coolant channel and the probe holder sensor side (30.3); a drive chain to assist the progression of said probe holder unit through the length of the coolant channel, said drive chain linked to first connecting means at said first end of said housing; a cable assembly comprising electric wires connecting the ultrasound probe; an encoder arrangement configured to cooperate with the drive chain such as to measure a length of drive chain passing along it, the encoder arrangement comprising a first gear meshing with said drive chain and coupled to an encoder.
An image forming apparatus, comprising: an image bearing member (1a to 1d) that is cylindrical in shape and has a photosensitive layer formed on an outer peripheral surface thereof; a conductive member (30, 37) that is disposed so as to make contact with an inner peripheral surface of the image bearing member (1a to 1d) and has a dielectric property; a bias application device (41, 45) that applies a bias including an alternating current bias to the conductive member (30, 37); and a control portion that controls the bias application device (41, 45), image formation being performed on a surface of the image bearing member (1a to 1d) while the image bearing member (1a to 1d) is made to rotate, wherein the image forming apparatus is capable of executing a heating-up mode in which an alternating current bias having a peak-to-peak value twice or more as large as a discharge start voltage between the conductive member (30, 37) and the image bearing member (1a to 1d) is applied to the conductive member (30, 37) to cause the surface of the image bearing member (1a to 1d) to be heated up. an image bearing member (1a to 1d) that is cylindrical in shape and has a photosensitive layer formed on an outer peripheral surface thereof; a conductive member (30, 37) that is disposed so as to make contact with an inner peripheral surface of the image bearing member (1a to 1d) and has a dielectric property; a bias application device (41, 45) that applies a bias including an alternating current bias to the conductive member (30, 37); and a control portion that controls the bias application device (41, 45), image formation being performed on a surface of the image bearing member (1a to 1d) while the image bearing member (1a to 1d) is made to rotate, wherein the image forming apparatus is capable of executing a heating-up mode in which an alternating current bias having a peak-to-peak value twice or more as large as a discharge start voltage between the conductive member (30, 37) and the image bearing member (1a to 1d) is applied to the conductive member (30, 37) to cause the surface of the image bearing member (1a to 1d) to be heated up.
A method for producing an optical member, comprising attaching a holding member, which is used integrally with a lens in an optical lens system, to the lens so that the holding member is brought into contact with a periphery of the lens to hold the lens, and then forming an optical thin film on a surface of the lens and a surface of the holding member by a spin coating to obtain the optical member.
A semiconductor device comprising a plurality of memory chips and a temperature detection module, characterised in that the temperature detection module comprises: a plurality of temperature sensitive units, arranged on at least part of the memory chips to detect temperatures of at least part of the memory chips; and a processing unit, wherein the plurality of temperature sensitive units share the processing unit with each other, the processing unit is configured to process a signal of at least one of the temperature sensitive units, the processing unit comprises a calibration value memory cell and a calibration unit, the calibration value memory cell being configured to store a calibration value corresponding to the temperature sensitive unit, and the calibration unit being configured to calibrate the temperature sensitive unit according to the calibration value, wherein the calibration value is a resistance value, and the calibration unit is an adjustable resistor. a plurality of temperature sensitive units, arranged on at least part of the memory chips to detect temperatures of at least part of the memory chips; and a processing unit, wherein the plurality of temperature sensitive units share the processing unit with each other, the processing unit is configured to process a signal of at least one of the temperature sensitive units, the processing unit comprises a calibration value memory cell and a calibration unit, the calibration value memory cell being configured to store a calibration value corresponding to the temperature sensitive unit, and the calibration unit being configured to calibrate the temperature sensitive unit according to the calibration value, wherein the calibration value is a resistance value, and the calibration unit is an adjustable resistor.
A flame retardant planar element comprising: a flexible planar element which can be used for a floor covering, hardly generating hazardous gas, wherein at least an inorganic substance such as a sodium polyborate is contained in at least any of one surface or other surface of the flexible planar element, and a thermoplastic resin layer having at least an acetyl group, the thermoplastic resin layer being formed with an EVA-based emulsion coating layer in which EVA-based emulsion including at least a sodium polyborate in an ethylene-vinyl acetate copolymer is coated and dried, the thermoplastic resin layer being formed on at least any of one surface or other surface of the flexible planar element, and an EVA-based resin layer that is laminated on the EVA-based emulsion coating layer. a flexible planar element which can be used for a floor covering, hardly generating hazardous gas, wherein at least an inorganic substance such as a sodium polyborate is contained in at least any of one surface or other surface of the flexible planar element, and a thermoplastic resin layer having at least an acetyl group, the thermoplastic resin layer being formed with an EVA-based emulsion coating layer in which EVA-based emulsion including at least a sodium polyborate in an ethylene-vinyl acetate copolymer is coated and dried, the thermoplastic resin layer being formed on at least any of one surface or other surface of the flexible planar element, and an EVA-based resin layer that is laminated on the EVA-based emulsion coating layer.
An antibody or an antigen-binding fragment thereof that binds to human immunodeficiency virus-1 (HIV-1) Envelope glycoprotein gp120, the antibody or antigen-binding fragment thereof comprising a heavy chain variable region and a light chain variable region, wherein the VH and VL comprise the amino acid sequences set forth, respectively, below: SEQ ID NOs.: 477 and 223; SEQ ID NOs.: 477 and 278; SEQ ID NOs.: 477 and 292; or SEQ ID NOs.: 478 and 276. SEQ ID NOs.: 477 and 223; SEQ ID NOs.: 477 and 278; SEQ ID NOs.: 477 and 292; or SEQ ID NOs.: 478 and 276.
A recording medium comprising: a support; and an ink-receiving layer provided on the support, the ink-receiving layer having a lower layer and an upper layer; wherein the lower layer contains fine inorganic particles, polyvinyl alcohol, and boron material which is selected from the group comprising orthoboric acid, metaboric acid, hypoboric acid, orthoborates, orthoborate hydrates, diborates, diborate hydrates, metaborates, metaborate hydrates, tetraborates, tetraborate hydrates, pentaborates, and pentaborate hydrates, the fine inorganic particles comprising at least one compound selected from alumina, hydrated alumina, and vapor-phase-process silica; and the upper layer contains fine inorganic particles, polyvinyl alcohol, and boron material which is selected from the group comprising orthoboric acid, metaboric acid, hypoboric acid, orthoborates, orthoborate hydrates, diborates, diborate hydrates, metaborates, metaborate hydrates, tetraborates, tetraborate hydrates, pentaborates, and pentaborate hydrates, the fine inorganic particles comprising at least one compound selected from alumina and hydrated alumina; characterized in that the lower layer has a boron material content of 2.0% by mass to 7.0% by mass with respect to polyvinyl alcohol; the upper layer has a boron material content of 10.0% by mass to 30.0% by mass with respect to polyvinyl alcohol; and the lower layer has a polyvinyl alcohol content of 11.0% by mass to 40.0% by mass with respect to the fine inorganic particles. a support; and an ink-receiving layer provided on the support, the ink-receiving layer having a lower layer and an upper layer; wherein the lower layer contains fine inorganic particles, polyvinyl alcohol, and boron material which is selected from the group comprising orthoboric acid, metaboric acid, hypoboric acid, orthoborates, orthoborate hydrates, diborates, diborate hydrates, metaborates, metaborate hydrates, tetraborates, tetraborate hydrates, pentaborates, and pentaborate hydrates, the fine inorganic particles comprising at least one compound selected from alumina, hydrated alumina, and vapor-phase-process silica; and the upper layer contains fine inorganic particles, polyvinyl alcohol, and boron material which is selected from the group comprising orthoboric acid, metaboric acid, hypoboric acid, orthoborates, orthoborate hydrates, diborates, diborate hydrates, metaborates, metaborate hydrates, tetraborates, tetraborate hydrates, pentaborates, and pentaborate hydrates, the fine inorganic particles comprising at least one compound selected from alumina and hydrated alumina; characterized in that the lower layer has a boron material content of 2.0% by mass to 7.0% by mass with respect to polyvinyl alcohol; the upper layer has a boron material content of 10.0% by mass to 30.0% by mass with respect to polyvinyl alcohol; and the lower layer has a polyvinyl alcohol content of 11.0% by mass to 40.0% by mass with respect to the fine inorganic particles.