mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus connected to a video display apparatus worn on a head of a user, the information processing apparatus comprising: an acquisition block configured to acquire a direction of the video display apparatus; a target image display control block configured to display a target image updated in accordance with a change in the acquired direction of the video display apparatus onto the video display apparatus; and an enlarged image display control block configured to display an enlarged image obtained by enlarging a part of the target image onto the video display apparatus, wherein the enlarged image display control block is configured to display the enlarged image by superimposing the enlarged image on the target image with a size smaller than that of a display area of the target image, the video display apparatus is configured to display an image for the right eye and an image for the left eye, and the enlarged image display control block is configured to provide control such that a parallax in the enlarged image between the image for the right eye and the image for the left eye is greater than a parallax in the target image. an acquisition block configured to acquire a direction of the video display apparatus; a target image display control block configured to display a target image updated in accordance with a change in the acquired direction of the video display apparatus onto the video display apparatus; and an enlarged image display control block configured to display an enlarged image obtained by enlarging a part of the target image onto the video display apparatus, wherein the enlarged image display control block is configured to display the enlarged image by superimposing the enlarged image on the target image with a size smaller than that of a display area of the target image, the video display apparatus is configured to display an image for the right eye and an image for the left eye, and the enlarged image display control block is configured to provide control such that a parallax in the enlarged image between the image for the right eye and the image for the left eye is greater than a parallax in the target image.
An exhaust gas purification system for an internal combustion engine, comprising: a catalyst that purifies an exhaust gas component emitted from the internal combustion engine; an injection valve that injects and adds an additive to the catalyst; and a control unit configured to control an opening and closing cycle of the injection valve and a valve opening period in the opening and closing cycle to allow the injection valve to inject an amount of the additive in accordance with an amount of emission of the exhaust gas component, the exhaust gas purification system being characterized in that the control unit is configured to continuously prolong the valve opening period as a temperature of the injection valve becomes lower, while the control unit prolongs the opening and closing cycle as the valve opening period becomes longer to maintain the total amount of the additive injected in accordance with the amount of emission of the exhaust gas component. a catalyst that purifies an exhaust gas component emitted from the internal combustion engine; an injection valve that injects and adds an additive to the catalyst; and a control unit configured to control an opening and closing cycle of the injection valve and a valve opening period in the opening and closing cycle to allow the injection valve to inject an amount of the additive in accordance with an amount of emission of the exhaust gas component, the exhaust gas purification system being characterized in that the control unit is configured to continuously prolong the valve opening period as a temperature of the injection valve becomes lower, while the control unit prolongs the opening and closing cycle as the valve opening period becomes longer to maintain the total amount of the additive injected in accordance with the amount of emission of the exhaust gas component.
A method for operating an industrial truck having a fork comprising at least two fork arms (61, 62), a fork arm camera (8, 8'), a monitor, and a processing unit for reading and processing the image data captured by the fork arm camera (8, 8') and for producing and transmitting processed image data shown on the monitor, wherein the fork arm camera (8, 8') is disposed on the fork such that at least part of a tip (71, 72) of at least one of the two fork arms (61, 62) is present in the field of view of the fork arm camera (8, 8'), characterized in that the processing unit performs the following steps: capturing the at least one tip (71, 72) of the at least one fork arm (61, 62) in the captured image data, calculating at least one marking indicating a position of the fork, and reproducing on the monitor the image data captured by the fork arm camera (8, 8') superimposed with the marking. capturing the at least one tip (71, 72) of the at least one fork arm (61, 62) in the captured image data, calculating at least one marking indicating a position of the fork, and reproducing on the monitor the image data captured by the fork arm camera (8, 8') superimposed with the marking.
A steering apparatus for a marine craft, the steering apparatus comprising: a plurality of helm apparatuses, each said helm apparatus including a steering device, each said helm apparatus providing helm signals indicative of incremental and decremental movement of the steering device thereof; a steering element; a steering element actuator; and a control means for controlling the steering element actuator, characterised in that the control means receives the helm signals from two said helm apparatuses when said two helm apparatuses are steered simultaneously, the control means being responsive to said helm signals of each of the helm apparatuses and providing steering signals to the steering element actuator to steer the steering element in accordance with movement of the steering devices of the helm apparatuses. a plurality of helm apparatuses, each said helm apparatus including a steering device, each said helm apparatus providing helm signals indicative of incremental and decremental movement of the steering device thereof; a steering element; a steering element actuator; and a control means for controlling the steering element actuator, characterised in that the control means receives the helm signals from two said helm apparatuses when said two helm apparatuses are steered simultaneously, the control means being responsive to said helm signals of each of the helm apparatuses and providing steering signals to the steering element actuator to steer the steering element in accordance with movement of the steering devices of the helm apparatuses.
A battery cell comprising: a pouch that is configured to accommodate electrodes; plural current collectors, each of which is connected to a corresponding one of the electrodes in the pouch, the plural current collectors being stacked in a stacking direction, the plural current collectors projecting to the outside of the pouch through an opening of the pouch; a first resin (51, 54, 56) that is configured to seal the opening of the pouch, the first resin (51, 54, 56) being welded to the current collector at a position between the stacked current collectors; and a second resin (52, 55, 57) that is configured to seal the opening of the pouch, the second resin (52, 55, 57) being welded to the current collector at a position between the stacked current collectors, and being located closer to a center in the stacking direction than the first resin (51, 54, 56) is to the center, wherein the second resin (52, 55, 57) has a thickness (T2, T5) thinner than a thickness (T1, T4) of the first resin (51, 54) in the stacking direction and/or has a lower melting point than the first resin. a pouch that is configured to accommodate electrodes; plural current collectors, each of which is connected to a corresponding one of the electrodes in the pouch, the plural current collectors being stacked in a stacking direction, the plural current collectors projecting to the outside of the pouch through an opening of the pouch; a first resin (51, 54, 56) that is configured to seal the opening of the pouch, the first resin (51, 54, 56) being welded to the current collector at a position between the stacked current collectors; and a second resin (52, 55, 57) that is configured to seal the opening of the pouch, the second resin (52, 55, 57) being welded to the current collector at a position between the stacked current collectors, and being located closer to a center in the stacking direction than the first resin (51, 54, 56) is to the center, wherein the second resin (52, 55, 57) has a thickness (T2, T5) thinner than a thickness (T1, T4) of the first resin (51, 54) in the stacking direction and/or has a lower melting point than the first resin.
A projection display (200; 300) comprising: a waveguide (2; 2a, 2b, 2c) comprising an input grating (4; 4a, 4b, 4c) having a plurality of linear diffractive features, the input grating configured to couple in light into the waveguide; and wherein the projection display further comprises an array of LEDs configured to form an illumination pupil which is optically relayed as an input pupil onto the input grating, such that at the input grating the input pupil has a shape that is larger in a direction parallel to the linear diffractive features than in a direction perpendicular to the linear diffractive features; characterised in that: the projection display further comprises a tapered light pipe array, positioned between the array of LEDs and the waveguide, wherein the tapered light pipe array is configured to receive light from the array of LEDs before being optically relayed as the input pupil on the input grating, and wherein the end of each tapered light pipe has a shape that is the same as the shape of the input pupil. a waveguide (2; 2a, 2b, 2c) comprising an input grating (4; 4a, 4b, 4c) having a plurality of linear diffractive features, the input grating configured to couple in light into the waveguide; and wherein the projection display further comprises an array of LEDs configured to form an illumination pupil which is optically relayed as an input pupil onto the input grating, such that at the input grating the input pupil has a shape that is larger in a direction parallel to the linear diffractive features than in a direction perpendicular to the linear diffractive features; characterised in that: the projection display further comprises a tapered light pipe array, positioned between the array of LEDs and the waveguide, wherein the tapered light pipe array is configured to receive light from the array of LEDs before being optically relayed as the input pupil on the input grating, and wherein the end of each tapered light pipe has a shape that is the same as the shape of the input pupil.
An electric power meter arrangement, comprising: a metrology unit that is configured to be coupled to a power line, to determine a power consumption, and to provide measurement data representing the power consumption; a programmable control unit including a memory that stores software configured to run on the control unit; a security unit coupled to the control unit and configured to store at least one key and to determine whether the software stored in the memory of the programmable control unit is authorized; and a switching circuit comprising at least one switching element with a load path configured to be connected to the power line, and configured to be switched on or off dependent on a drive signal received by the switching circuit; wherein the security unit is configured: to receive drive information for the switching circuit from the control unit; to check the validity of the drive information; and to generate the drive signal dependent on the drive information only if the drive information has been determined to be valid. a metrology unit that is configured to be coupled to a power line, to determine a power consumption, and to provide measurement data representing the power consumption; a programmable control unit including a memory that stores software configured to run on the control unit; a security unit coupled to the control unit and configured to store at least one key and to determine whether the software stored in the memory of the programmable control unit is authorized; and a switching circuit comprising at least one switching element with a load path configured to be connected to the power line, and configured to be switched on or off dependent on a drive signal received by the switching circuit; wherein the security unit is configured: to receive drive information for the switching circuit from the control unit; to check the validity of the drive information; and to generate the drive signal dependent on the drive information only if the drive information has been determined to be valid. to receive drive information for the switching circuit from the control unit; to check the validity of the drive information; and to generate the drive signal dependent on the drive information only if the drive information has been determined to be valid.
A pharmaceutical composition for use in the treatment of a subject suffering from an ocular disease associated with amyloid-beta-related pathological abnormalities/changes in the tissues of the visual system selected from (i) glaucoma, (ii) optic neuritis, (iii) ocular amyloidosis characterized by abnormal conjunctival vessels, keratoconjunctivitis sicca, papillary abnormalities, vitreous opacities and/or secondary glaucoma, and (iv) lattice dystrophy, comprising a therapeutically effective amount of a humanized antibody or functional part thereof, which recognizes and binds to at least one distinct site on beta-amyloid protein, wherein the humanized antibody or functional part thereof comprises: (a) a heavy chain CDR1 having the amino acid sequence of SEQ ID NO: 1; a heavy chain CDR2 having the amino acid sequence of SEQ ID NO: 2; a heavy chain CDR3 having the amino acid sequence of SEQ ID NO: 3; a light chain CDR1 having the amino acid sequence of SEQ ID NO: 4; a light chain CDR2 having the amino acid sequence of SEQ ID NO:5, the amino acid sequence RVSNRFS, or the amino acid sequence KVSSRFS; and a light chain CDR3 having the amino acid sequence of SEQ ID NO: 6, and (b) an IgG1 Fc region with reduced binding to the Fc.gamma.R having an amino acid modification at any one or more of amino acid positions 238, 239, 248, 249, 252, 254, 265, 268, 269, 270, 272, 278, 289, 292, 293, 294, 295, 296, 298, 301, 303, 322, 324, 327, 329, 333, 335, 338, 340, 373, 376, 382, 388, 389, 414, 416, 419, 434, 435, 437, 438 or 439 of the IgG1 Fc region.
An apparatus for providing window-washing water for a motor vehicle, comprising a) a washing-water container for storage and provision of window-washing water; and b) a pressure-regulating device which is configured for charging the washing-water container with compressed air in a regulable manner, wherein the pressure-regulating device is configured for regulating, preferably independently of a fill level of window-washing water in the washing-water container, an air pressure within the washing-water container to a target airpressure level p target, wherein a volumetric flow rate of window-washing water which can be withdrawn from the washing-water container can be set via the regulable charging of the washing-water container with compressed air, characterized by a sensor device, preferably a pressure sensor, which generates a signal which depends on the air pressure within the washing-water container, wherein the regulation of the pressure-regulating device is realized on the basis of said signal. a) a washing-water container for storage and provision of window-washing water; and b) a pressure-regulating device which is configured for charging the washing-water container with compressed air in a regulable manner, wherein the pressure-regulating device is configured for regulating, preferably independently of a fill level of window-washing water in the washing-water container, an air pressure within the washing-water container to a target airpressure level p target, wherein a volumetric flow rate of window-washing water which can be withdrawn from the washing-water container can be set via the regulable charging of the washing-water container with compressed air, characterized by a sensor device, preferably a pressure sensor, which generates a signal which depends on the air pressure within the washing-water container, wherein the regulation of the pressure-regulating device is realized on the basis of said signal.
A peptide comprising the following sequence: Ac-LLLLRVK-[AMBA]; Ac-[Azaβ 3 L]LLLRVK- [ΔR-COO]; Ac-LLLLRVK- [ΔR-COO]; Ac-[D-Leu]-LLLRVKR-NH 2; or Ac-[D-Leu]-LLLRVK-[AMBA]. Ac-LLLLRVK-[AMBA]; Ac-[Azaβ 3 L]LLLRVK- [ΔR-COO]; Ac-LLLLRVK- [ΔR-COO]; Ac-[D-Leu]-LLLRVKR-NH 2; or Ac-[D-Leu]-LLLRVK-[AMBA].
A thermosetting resin composition comprising: a component: a novolac vinyl ester resin having a hydroxyl group and an ethylenically unsaturated group in the molecule; a component: an ethylenically unsaturated monomer; and a component: polyisocyanate, and wherein a hydroxyl value of the component is 150 mgKOH/g or less, and the mole number of the hydroxyl group with respect to the mole number of the ethylenically unsaturated group per 1 g of the component, that is, "(the amount of the hydroxyl group [mol/g])/(the amount of the ethylenically unsaturated group [mol/g])" is less than 1. a component: a novolac vinyl ester resin having a hydroxyl group and an ethylenically unsaturated group in the molecule; a component: an ethylenically unsaturated monomer; and a component: polyisocyanate, and wherein a hydroxyl value of the component is 150 mgKOH/g or less, and the mole number of the hydroxyl group with respect to the mole number of the ethylenically unsaturated group per 1 g of the component, that is, "(the amount of the hydroxyl group [mol/g])/(the amount of the ethylenically unsaturated group [mol/g])" is less than 1.
Overcurrent protection device comprising a conductor, an evaluation unit, a first temperature sensor, wherein - the conductor is embodied such that a current is conducted from a source along a defined path of the conductor to a load and - the temperature sensor is arranged relative to the conductor such that a temperature of the conductor can be measured as a temperature measured value, wherein - the first temperature sensor is connected to the evaluation unit, here the evaluation unit is embodied to compare the temperature measured value with a temperature limit value stored in the evaluation unit, wherein the temperature limit value is selected such that it represents a distribution of a maximum permissible electric current which prevails in the conductor, wherein a current density resulting therefrom is evaluated as an overcurrent in the conductor, the evaluation unit is further embodied such that if the temperature measured value has reached the temperature limit value, a control signal is output via a control output of the evaluation unit, said control signal indicating the overcurrent in the conductor, characterised in that in addition to the first temperature sensor, a second temperature sensor and a third temperature sensor are arranged distributed along the path of the conductor and the temperature sensors (11, 12, 13) are arranged relative to the conductor such that a first temperature of the conductor at a first location, a second temperature at a second location and a third temperature at a third location of the conductor can be measured as a first, second and third temperature measured value in each case, wherein the evaluation unit is connected to the first temperature sensor, the second temperature sensor and the third temperature sensor and is embodied to calculate a temperature difference value from the first, second and third temperature measured value. - the conductor is embodied such that a current is conducted from a source along a defined path of the conductor to a load and - the temperature sensor is arranged relative to the conductor such that a temperature of the conductor can be measured as a temperature measured value, wherein - the first temperature sensor is connected to the evaluation unit, here the evaluation unit is embodied to compare the temperature measured value with a temperature limit value stored in the evaluation unit, wherein the temperature limit value is selected such that it represents a distribution of a maximum permissible electric current which prevails in the conductor, wherein a current density resulting therefrom is evaluated as an overcurrent in the conductor,
A DC circuit breaker comprising a fuse breaker unit to interrupt a large current with a fuse, wherein the fuse breaker unit includes a plurality of the fuses connected in parallel to each other, a plurality of switches connected in series to the fuses, respectively, a controller to control the plurality of switches, and a high-speed disconnector that is connected in parallel to the plurality of fuses and their respective switches and is opened when a fault current is detected, characterised in that the DC circuit breaker further comprises a self-excited-oscillation type DC circuit breaker unit that is connected in series to the fuse breaker unit and interrupts a small current with a self-excited oscillation method. a plurality of the fuses connected in parallel to each other, a plurality of switches connected in series to the fuses, respectively, a controller to control the plurality of switches, and a high-speed disconnector that is connected in parallel to the plurality of fuses and their respective switches and is opened when a fault current is detected, characterised in that the DC circuit breaker further comprises a self-excited-oscillation type DC circuit breaker unit that is connected in series to the fuse breaker unit and interrupts a small current with a self-excited oscillation method.