mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: a) identifying an alignment offset of an eye of a user wearing a head mounted display, HMD, by determining a position of the eye relative to an optical axis of at least one lens of optics provided in the HMD; b) adjusting a pre-distorted image of media content provided by an application for rendering on a display screen of the HMD, the adjusting results in generation of a corrected, pre-distorted image that accounts for the alignment offset, wherein an amount of adjusting for the alignment offset is determined using one or more pre-defined distortion maps configured for a shape and type of lens used in the optics; and c) sending the corrected, pre-distorted image for rendering on the display screen of the HMD, such that the image presented through the optics removes aberration caused by the alignment offset, wherein the method operations are performed by a processor , and wherein the operations a)-c) are performed during rendering of frames of the media content included in the image at a frame rate at which the media content is being rendered at the HMD. a) identifying an alignment offset of an eye of a user wearing a head mounted display, HMD, by determining a position of the eye relative to an optical axis of at least one lens of optics provided in the HMD; b) adjusting a pre-distorted image of media content provided by an application for rendering on a display screen of the HMD, the adjusting results in generation of a corrected, pre-distorted image that accounts for the alignment offset, wherein an amount of adjusting for the alignment offset is determined using one or more pre-defined distortion maps configured for a shape and type of lens used in the optics; and c) sending the corrected, pre-distorted image for rendering on the display screen of the HMD, such that the image presented through the optics removes aberration caused by the alignment offset,
A stable pharmaceutical lyophilized formulation prepared by lyophilizing an aqueous preparation comprising: (i) at least 10 mg/mL hybrid Fc fused G-CSF; (ii) at least one stabilizer in the form of a combination of trehalose and sorbitol wherein a weight ratio of the trehalose dihydrate to the sorbitol is between 2:1 and 4:1; (iii) at least one poloxamer-based non-ionic surfactant; and (iv) an acetate buffer; wherein the pH value of the aqueous preparation is between 3.8 and 5.2. (i) at least 10 mg/mL hybrid Fc fused G-CSF; (ii) at least one stabilizer in the form of a combination of trehalose and sorbitol wherein a weight ratio of the trehalose dihydrate to the sorbitol is between 2:1 and 4:1; (iii) at least one poloxamer-based non-ionic surfactant; and (iv) an acetate buffer;
A microfluidic connection device comprising: a plate-shaped plate ; reaction zones being microchambers installed at predetermined areas of the plate , and having observation windows through which chemical reactions between samples supplied to therein are observed; supply tubes connected to the reaction zones so as to supply reagents to the reaction zones ; and discharge tubes for discharging reactants from the reaction zones, wherein the supply tubes and the discharge tubes are elongated in a vertical direction therein on one side of the plate , so that reagent lifting columns in the form of columns through which reagents are lifted are formed, wherein the reaction zones are formed at the ends of the reagent lifting columns , and the supply tubes and the discharge tubes are connected to the reaction zones , and characterized in that the reagent lifting columns are coupled to sealing covers , so that the reaction zones are formed to be closed spaces due to the inner surfaces of the sealing covers , and immobilized capture antibodies are provided on the inner surfaces of the sealing cover . a plate-shaped plate ; reaction zones being microchambers installed at predetermined areas of the plate , and having observation windows through which chemical reactions between samples supplied to therein are observed; supply tubes connected to the reaction zones so as to supply reagents to the reaction zones ; and discharge tubes for discharging reactants from the reaction zones, wherein the supply tubes and the discharge tubes are elongated in a vertical direction therein on one side of the plate , so that reagent lifting columns in the form of columns through which reagents are lifted are formed, wherein the reaction zones are formed at the ends of the reagent lifting columns , and the supply tubes and the discharge tubes are connected to the reaction zones , and characterized in that the reagent lifting columns are coupled to sealing covers , so that the reaction zones are formed to be closed spaces due to the inner surfaces of the sealing covers , and immobilized capture antibodies are provided on the inner surfaces of the sealing cover .
Filter system with a scraper for cleaning a filter surface in a waterconveying household appliance, wherein the filter system comprises: a filter surface which is designed to filter particles from a fluid, a scraper , which is designed to scrape a scraper region of the filter surface in order to rid the scraper region of particles and to supply the particles to a repository , and a scraper drive, which is designed to move the scraper in an oscillating manner over the scraper region of the filter surface , wherein a size of the scraper region is variable, in particular as a function of a quantity of scraped particles , characterised in that the scraper drive is designed to reverse a direction of movement of the scraper when a predetermined resistance occurs on the scraper . a filter surface which is designed to filter particles from a fluid, a scraper , which is designed to scrape a scraper region of the filter surface in order to rid the scraper region of particles and to supply the particles to a repository , and a scraper drive, which is designed to move the scraper in an oscillating manner over the scraper region of the filter surface , wherein a size of the scraper region is variable, in particular as a function of a quantity of scraped particles , characterised in that the scraper drive is designed to reverse a direction of movement of the scraper when a predetermined resistance occurs on the scraper .
Apparatus for automatic focusing for the microscopic examination of a plurality of spatially distributed samples, comprising a microscope and an object stage which is movable along the z-axis relative to the microscope, wherein the apparatus is configured for automatic focusing by computer-aided analysis of the definition of digital microscope images in a plurality of vertical positions of the object stage, wherein the object stage comprises a carriage in the form of a frame and a sample stage mounted on the carriage , wherein the sample stage is translatable along the z-axis relative to the carriage , wherein the translation of the sample stage along the z-axis is effected by a mechanical actuator, wherein the mechanical actuator comprises a motor and drive means, and wherein motor and drive means are configured for translating the sample stage along the z-axis and wherein the carriage is translatable along the x/y-axes relative to the microscope. wherein the object stage comprises a carriage in the form of a frame and a sample stage mounted on the carriage , wherein the sample stage is translatable along the z-axis relative to the carriage , wherein the translation of the sample stage along the z-axis is effected by a mechanical actuator, wherein the mechanical actuator comprises a motor and drive means, and wherein motor and drive means are configured for translating the sample stage along the z-axis and wherein the carriage is translatable along the x/y-axes relative to the microscope.
Fuel supply system for internal combustion engine comprising: - a main supply conduit provided with a throttle valve of a carburetor configured to provide an air/fuel mix to a combustion chamber the internal combustion engine ; - an additional air conduit provided with a second valve configured to provide an additional portion of air to the internal combustion engine ; wherein said second valve is controlled by the pressure in the main supply conduit downstream said throttle valve and/or by the position of said throttle valve , wherein a by-pass conduit branching from said additional air conduit is provided, wherein an inlet of said by-pass conduit is connected to said main air filter and an opposite end of said by-pass conduit is directly connected to said main supply conduit or to said combustion chamber . - a main supply conduit provided with a throttle valve of a carburetor configured to provide an air/fuel mix to a combustion chamber the internal combustion engine ; - an additional air conduit provided with a second valve configured to provide an additional portion of air to the internal combustion engine ; wherein said second valve is controlled by the pressure in the main supply conduit downstream said throttle valve and/or by the position of said throttle valve , wherein a by-pass conduit branching from said additional air conduit is provided, wherein an inlet of said by-pass conduit is connected to said main air filter and an opposite end of said by-pass conduit is directly connected to said main supply conduit or to said combustion chamber .
A pedestal comprising: a supporter having an azimuth axis (TAZ) and a pivot on the azimuth axis (TAZ); and a tracker connected to the pivot and configured to track an object (O) within a field of view (FOV), wherein the azimuth axis (TAZ) is tilted with respect to a reference plane (GD) on which the supporter is installed in a direction away from a zenith line (ZL) joining the pivot with a zenith (ZP) within the field of view (FOV), and the pedestal is configured to set a tilt angle between the azimuth axis (TAZ) and the reference plane (GD) to correspond to an orbital angle of the object (O), characterized in that the supporter comprises: a first supporter installed on the reference plane (GD) and having an inclined surface that is inclined with respect to the reference plane (GD); and a second supporter installed on the inclined surface and having the azimuth axis (TAZ) and the pivot. a supporter having an azimuth axis (TAZ) and a pivot on the azimuth axis (TAZ); and a tracker connected to the pivot and configured to track an object (O) within a field of view (FOV), wherein the azimuth axis (TAZ) is tilted with respect to a reference plane (GD) on which the supporter is installed in a direction away from a zenith line (ZL) joining the pivot with a zenith (ZP) within the field of view (FOV), and the pedestal is configured to set a tilt angle between the azimuth axis (TAZ) and the reference plane (GD) to correspond to an orbital angle of the object (O), characterized in that the supporter comprises: a first supporter installed on the reference plane (GD) and having an inclined surface that is inclined with respect to the reference plane (GD); and a second supporter installed on the inclined surface and having the azimuth axis (TAZ) and the pivot. a first supporter installed on the reference plane (GD) and having an inclined surface that is inclined with respect to the reference plane (GD); and a second supporter installed on the inclined surface and having the azimuth axis (TAZ) and the pivot.
A lighting apparatus for providing processing light for sealing an object comprising a sealing element for sealing the object along a sealing line, the lighting apparatus (10; 610; 710) comprising: - groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources for generating light for processing the object, - an imaging unit (16; 616; 716) for imaging the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources onto a working plane in which the object is to be sealed, thereby generating the processing light , wherein the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources and the imaging unit (16; 616; 716) are adapted such that in the working plane the processing light is producible with an intensity distribution which is configured such that, if the intensity distribution is integrated in a spatial integration direction, the resulting integrated intensity distribution has an intensity dip, wherein one or several of the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources are controllable independently from the other of the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources for modifying the integrated intensity distribution, characterised in that the groups (20, 21, 22; 220, 221, 222; 420, 421) of light sources and the imaging unit are adapted such that the integrated intensity distribution has a first maximum caused by light provided by a group (20; 220; 420) of the groups of light sources and a second maximum caused by light provided by another group (22; 222; 422) of the groups of light sources, wherein the intensity dip is located between the first maximum and the second maximum, and in that the group (20; 220; 420) causing the first maximum and the group (22; 222; 422) forming the second maximum are individually controllable such that the integrated intensity at the position of at least one of the first maximum and the second maximum, respectively, is reducible such that the sealing element can be homogeneously illuminated if the sealing element is arranged along a curved sealing line. - groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources for generating light for processing the object, - an imaging unit (16; 616; 716) for imaging the groups (20, 21, 22; 220, 221, 222; 420, 421; 620; 720) of light sources onto a working plane in which the object is to be sealed, thereby generating the processing light ,
A leadwire for physiological patient monitoring configured to capacitively transmit physiological signals received at a chest electrode to a data acquisition device, the leadwire comprising: an electrode end connecting to a chest electrode ; a first conductive layer extending from the electrode end and arranged to be in galvanic contact with a conductive portion of the chest electrode ; a device end connectable to a data acquisition device ; a second conductive layer extending from the device end ; and wherein the first conductive layer is arranged to terminate prior to the device end , and the first conductive layer is galvanically isolated from the second conductive layer such that the first conductive layer and the second conductive layer form a capacitor (C L ) that is configured to capacitively transmit the physiological signals from the chest electrode to the data acquisition device. an electrode end connecting to a chest electrode ; a first conductive layer extending from the electrode end and arranged to be in galvanic contact with a conductive portion of the chest electrode ; a device end connectable to a data acquisition device ; a second conductive layer extending from the device end ; and wherein the first conductive layer is arranged to terminate prior to the device end , and the first conductive layer is galvanically isolated from the second conductive layer such that the first conductive layer and the second conductive layer form a capacitor (C L ) that is configured to capacitively transmit the physiological signals from the chest electrode to the data acquisition device.
Mould for compression moulding doses of plastics, said mould comprising: - a first and a second half mould (1 and 2) that are movable axially in respect to one another to adopt an open position to insert at least one dose of plastics between said half moulds, a non-end closed position in which at least one dose of plastics is pressed in a cavity bounded at least partially by said first and second half mould (1 and 2), and an end closed position in which said cavity, in the absence of a dose of plastics, has a volume that is less than in said non-end closed position; - a tubular element arranged around said second half mould and slidable axially with respect thereto, wherein, when said first and second half mould (1 and 2) are in said non-end closed position, said tubular element partially bounds said cavity and is arranged in contact with an axial abutment arranged on said first half mould ; characterised in that when said first and second half mould (1 and 2) are in said end closed position, said tubular element is arranged on one side in contact with said axial abutment and on the other side in contact with an axial end stop arranged on said second half mould characterised in that , when said first and second half mould (1 and 2) are in said end closed position, said cavity is bounded by a first surface of said first half mould and by a second surface of said second half mould , said first and second surface being transverse to the axis (X) of said first and second half mould (1 and 2), facing one another and spaced apart from one another at a minimum distance (T1) that is not nil. - a first and a second half mould (1 and 2) that are movable axially in respect to one another to adopt an open position to insert at least one dose of plastics between said half moulds, a non-end closed position in which at least one dose of plastics is pressed in a cavity bounded at least partially by said first and second half mould (1 and 2), and an end closed position in which said cavity, in the absence of a dose of plastics, has a volume that is less than in said non-end closed position; - a tubular element arranged around said second half mould and slidable axially with respect thereto, wherein, when said first and second half mould (1 and 2) are in said non-end closed position, said tubular element partially bounds said cavity and is arranged in contact with an axial abutment arranged on said first half mould ;
A liquid electrophotographic printing apparatus comprising: a photoconductor ; a liquid electrophotographic ink developer unit for applying liquid electrophotographic ink to the photoconductor; a cleaner roller contactable with the photoconductor, the cleaner roller comprising an open-celled foam material having thereon a coating comprising abrasive particles and a binder, characterized in that the binder has been formed from the polymerisation of an isocyanate with a polyol, wherein the isocyanate is or comprises an aromatic or aliphatic isocyanate. a photoconductor ; a liquid electrophotographic ink developer unit for applying liquid electrophotographic ink to the photoconductor; a cleaner roller contactable with the photoconductor, the cleaner roller comprising an open-celled foam material having thereon a coating comprising abrasive particles and a binder, characterized in that the binder has been formed from the polymerisation of an isocyanate with a polyol, wherein the isocyanate is or comprises an aromatic or aliphatic isocyanate.
A pool comprising a basin, said basin having a bottom and at least one lateral wall , a staircase , the said staircase being independent of the basin and comprising at least one lower surface , the said lower surface resting on the bottom of the pool , the said staircase consisting of at least one block of material , such that each of the at least one block is closed and solid, and that an impermeable coating impermeably covers at least the staircase characterised in that each of the at least one block has a density lower than 500 kg/m 3 .
A thin film device suitable for operating in a top or bottom spin-valve configuration as either a TMR, tunneling magneto-resistive, or a GMR, giant magneto-resistive, device in accord with the material structure of an intermediate layer being either a tunneling barrier layer or a an electrically conducting, non-magnetic spacer layer, comprising: a seed layer; a pinning layer formed on said seed layer; an SyAP layer formed on said pinning layer and magnetically coupled thereto, wherein said SyAP layer is formed as an antiferromagnetically coupled pair of ferromagnetic layers denoted AP1 and AP2, said ferromagnetic layers being formed of layers of CoFe, CoFeB and NiFe and being separated by a non-magnetic coupling layer, and wherein layer AP2 is formed on said pinning layer; and wherein said AP1 layer incorporates a first number of insertion layers of the form Fe or FeX or multiple laminations thereof; said intermediate layer formed on said AP1 layer; a ferromagnetic free layer formed on said intermediate layer, a capping layer formed on said ferromagnetic free layer, characterised in that said ferromagnetic free layer being formed of layers of CoFe, CoFeB or NiFe and their combinations and including a second number of insertion layers of the form Fe or FeX or multiple laminations thereof; wherein X is one or more of the metallic, non-magnetic elements Ta, Hf, V, Co, Mo, Zr, Nb or Ti and wherein the total atom percent of X is less than 50%; and wherein said insertion layers are formed to a thickness between approximately 1 angstrom and 10 angstroms and at least one of said first and second number is non-zero. a seed layer; a pinning layer formed on said seed layer; an SyAP layer formed on said pinning layer and magnetically coupled thereto, wherein said SyAP layer is formed as an antiferromagnetically coupled pair of ferromagnetic layers denoted AP1 and AP2, said ferromagnetic layers being formed of layers of CoFe, CoFeB and NiFe and being separated by a non-magnetic coupling layer, and wherein layer AP2 is formed on said pinning layer; and wherein said AP1 layer incorporates a first number of insertion layers of the form Fe or FeX or multiple laminations thereof; said intermediate layer formed on said AP1 layer; a ferromagnetic free layer formed on said intermediate layer, a capping layer formed on said ferromagnetic free layer, characterised in that said ferromagnetic free layer being formed of layers of CoFe, CoFeB or NiFe and their combinations and including a second number of insertion layers of the form Fe or FeX or multiple laminations thereof; wherein X is one or more of the metallic, non-magnetic elements Ta, Hf, V, Co, Mo, Zr, Nb or Ti and wherein the total atom percent of X is less than 50%;
A sensing device comprising: a sensing unit configured to measure a magnetic field generated between a rotor and a stator disposed on an outside of the rotor , wherein the stator includes a stator holder and a stator ring disposed in the stator holder , the stator ring includes a body , a plurality of teeth formed to protrude from an inner circumferential surface of the body , and a protrusion part formed to protrude from an outer circumferential surface of the body , when viewed in a circumferential direction, the protrusion part is disposed between the teeth , characterized in that the protrusion part is provided as two or more protrusions disposed to be spaced apart from each other, wherein the stator holder includes a stator ring-fixing part and a shaft-fixing part , and the protrusions are coupled to an outer surface of the stator ring-fixing part in a caulking manner. a sensing unit configured to measure a magnetic field generated between a rotor and a stator disposed on an outside of the rotor , wherein the stator includes a stator holder and a stator ring disposed in the stator holder , the stator ring includes a body , a plurality of teeth formed to protrude from an inner circumferential surface of the body , and a protrusion part formed to protrude from an outer circumferential surface of the body , when viewed in a circumferential direction, the protrusion part is disposed between the teeth , characterized in that the protrusion part is provided as two or more protrusions disposed to be spaced apart from each other, wherein the stator holder includes a stator ring-fixing part and a shaft-fixing part , and the protrusions are coupled to an outer surface of the stator ring-fixing part in a caulking manner.