mhurhangee/ep-ind-claims huggingface dataset:
A method for the creation of a visual iridescent effect on the surface of a part, whereby laser beams having a pulse duration of less than one nanosecond are sent onto said surface, characterized in that in the juxtaposed optical fields of the focusing systems of at least two fixed devices, or in the field of at least one mobile device, said device(s) each comprising a laser source, a scanner and said focusing system for applying a structure in the form of wavelets to said surface over the width of said pulse, and scanning of said surface is performed by said scanner(s) by said laser beams along a series of successive lines (5, 6; 16, 17, 18, 16', 17', 18') in a relative direction of travel of the part and of the scanner(s) and a series of lines lying in the continuation of each other in a direction perpendicular to said relative direction of travel, and each belonging to the optical field of the device(s), each line (5, 6; 16, 17, 18, 16', 17', 18') having a width equal to the diameter of said pulse, said optical fields of two fixed juxtaposed devices or the optical fields corresponding to two successive positions of said mobile device overlap in an overlapping area of width between twice the diameter of the pulse of the laser beam and 2 cm, so that two lines lying in the continuation of each other overlap at a junction, and in that between two series of successive lines (5, 6; 16, 17, 18, 16', 17', 18') in a relative direction of travel of the part and of the scanner(s), said junction zones are arranged randomly or periodically organized in a random pattern with periodicity equal to at least ten times the maximum value of the offset between the junctions on two successive lines (5, 6; 16, 16', 17, 17', 18, 18') in said relative direction of travel inside said overlapping area of the optical fields, and in that between the performing of scanning along two successive lines (16, 17, 18, 16', 17', 18') in said relative direction of travel of the part and of the scanner(s), the polarization of the laser beam is modified to create wavelets of different orientations on said two successive lines (16, 17, 18, 16', 17', 18') and of common two-by-two orientation in the direction perpendicular to the relative direction of travel.
An analyte sensing device comprising at least one sensing module on a substrate wherein each module comprises: - at least one nanowire, each nanowire comprising a bottom, an intermediate part and a top, the bottom being closer to the substrate than the top; - a surrounding electrode for each nanowire, the surrounding electrode surrounding the bottom and at least part of the intermediate part of the nanowire in height direction, each surrounding electrode being electrically isolated from the respective nanowire; characterised in that each module comprises a gap between each nanowire and the respective surrounding electrode for allowing penetration of at least one analyte to be detected between the nanowire and the respective surrounding electrode; andmeasurement circuitry electrically connected to each nanowire and each surrounding electrode for detecting a change in capacitive coupling between the at least one nanowire and the corresponding surrounding electrode as a result of said penetration of at least one analyte into said gap - wherein each surrounding electrode has an inner surface facing an outer surface of the corresponding nanowire, wherein a functionalization layer is provided on at least one of said inner and outer surface for binding said at least one analyte to be detected, and wherein the measurement circuitry is provided for detecting a change in capacitive coupling between the at least one nanowire and the corresponding surrounding electrode as a result of said binding. - at least one nanowire, each nanowire comprising a bottom, an intermediate part and a top, the bottom being closer to the substrate than the top; - a surrounding electrode for each nanowire, the surrounding electrode surrounding the bottom and at least part of the intermediate part of the nanowire in height direction, each surrounding electrode being electrically isolated from the respective nanowire; - wherein each surrounding electrode has an inner surface facing an outer surface of the corresponding nanowire, wherein a functionalization layer is provided on at least one of said inner and outer surface for binding said at least one analyte to be detected, and wherein the measurement circuitry is provided for detecting a change in capacitive coupling between the at least one nanowire and the corresponding surrounding electrode as a result of said binding.
A connector having a header mounted on one circuit board including: a header body formed of an insulation material and connectable with a plug groove of a socket mounted on another circuit board; and plural pairs of header posts held on both side walls of the header body; and two pairs of header reinforcing metal fittings which are embedded with the header body by insert molding in both end portions of the header body in longitudinal direction; characterized in that two pairs of conductive terminals among the conductive terminals formed on a band shaped metal plate by punching work for the header post serve as to the header reinforcing metal fittings; the header reinforcing metal fittings and the header posts at a portion nearer to the header reinforcing metal fittings each are provided with a distance two or more pitches of the plural pairs of header posts formed at a constant pitch. a header body formed of an insulation material and connectable with a plug groove of a socket mounted on another circuit board; and plural pairs of header posts held on both side walls of the header body; and two pairs of header reinforcing metal fittings which are embedded with the header body by insert molding in both end portions of the header body in longitudinal direction; characterized in that two pairs of conductive terminals among the conductive terminals formed on a band shaped metal plate by punching work for the header post serve as to the header reinforcing metal fittings; the header reinforcing metal fittings and the header posts at a portion nearer to the header reinforcing metal fittings each are provided with a distance two or more pitches of the plural pairs of header posts formed at a constant pitch.
Combustion chamber for a gas turbine, the combustion chamber comprising a pilot burner device comprising a pilot body with a pilot surface which is facing an inner volume of the combustion chamber, wherein the pilot body is mounted to a hole in an end face of the combustion chamber, a fuel injector comprising a fuel outlet for injecting a fuel into the inner volume, wherein the fuel outlet is arranged at the pilot surface, an ignitor unit for igniting the fuel inside the inner volume, wherein the ignitor unit is arranged at the pilot surface such that fuel which passes the ignitor unit is ignitable, characterised in that the combustion chamber further comprises an air blast injector for injecting an air blast into the inner volume, wherein the air blast injector comprises an air blast outlet at the pilot surface, wherein the air blast outlet is arranged at the pilot surface such that the air blast is injectable in the direction to the fuel outlet and the ignitor unit for directing the fuel to the ignitor unit, wherein the pilot body comprises a recess, wherein the recess is located off-centred from the centre axis of the pilot burner device, and wherein the fuel outlet is arranged within the recess, wherein the recess comprises a base area and a lateral surface, wherein the base area is arranged recessed into the pilot body and spaced apart from a section of the pilot surface surrounding the recess, and wherein the lateral surface connects the section of the pilot surface surrounding the recess and the base area, wherein the fuel outlet is arranged at the lateral surface.
Motor operated manual pressing tool, in particular a crimping tool, with a fixed holding part, in which at least one pressing jaw (5, 6) is pivotably mounted about a pivot axis, which pressing jaw (5, 6) forms a working area (10,11) on the one side of the pivot axis and an impingement region on the other side extending in a longitudinal direction of the pressing jaw (5, 6), wherein in order to carry out a pressing operation the impingement region can be acted upon with an impinging part that is movable relative to the impingement region, and that the linearly moveable impinging part is movable in the longitudinal direction of the impingement region by exertion of manual force and additionally by motorized means and a travelling part is provided, which can be caused to act in a force-transmitting manner on the impinging part by motorized means, characterized in that the pressing jaw (5, 6) is movable into a clamping position by manual action, and that the motorized movement is triggered according to a manually applied clamping pressure.
An anti-IL23 antibody for use in a method of treating fumaric acid ester-resistant plaque psoriasis in a patient, said method comprising administering a therapeutically-effective amount of the anti-IL23 antibody to said patient, wherein said anti-IL23 antibody comprises a set of six CDRs, HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3, wherein HCDR1 has the amino acid sequence of SEQ ID NO: 5; HCDR2 has the amino acid sequence of SEQ ID NO: 6; HCDR3 has the amino acid sequence of SEQ ID NO: 7; LCDR1 has the amino acid sequence of SEQ ID NO: 8; LCDR2 has the amino acid of SEQ ID NO: 9; and LCDR3 has the amino acid sequence of SEQ ID NO: 10.
An apparatus comprising: a first power amplifier configured to amplify a first input signal and provide a first output signal for a first antenna; and a second power amplifier configured to amplify the first input signal or a second input signal and provide a second output signal for a second antenna, the first and second power amplifiers having different characteristics; wherein the first and second power amplifiers are configured to concurrently provide the first and second output signals for the first and second antennas in a first operating mode, wherein only the first power amplifier is configured to amplify a third input signal and provide a third output signal for the first antenna in a second operating mode, and wherein only the second power amplifier is configured to amplify a fourth input signal and provide a fourth output signal for the first antenna in a third operating mode. a first power amplifier configured to amplify a first input signal and provide a first output signal for a first antenna; and a second power amplifier configured to amplify the first input signal or a second input signal and provide a second output signal for a second antenna, the first and second power amplifiers having different characteristics; wherein the first and second power amplifiers are configured to concurrently provide the first and second output signals for the first and second antennas in a first operating mode, wherein only the first power amplifier is configured to amplify a third input signal and provide a third output signal for the first antenna in a second operating mode, and wherein only the second power amplifier is configured to amplify a fourth input signal and provide a fourth output signal for the first antenna in a third operating mode.
A method for condition monitoring an electrical equipment comprising: detecting partial discharge impulses generated in the electrical equipment for at least one power cycle; obtaining first data representing the detected partial discharge impulses for the at least one power cycle; obtaining second data by phase-resolving the first data; obtaining third data by regularizing the second data; characterised by: analyzing the third data into a first component and at least one second component; obtaining phase information of the first component; shifting the first component and the at least one second component in consideration of the obtained phase information; and generating a signal indicating a health state of the electrical equipment by comparing the shifted first and second components of the third data with their counterparts associated with an unhealthy electrical equipment. detecting partial discharge impulses generated in the electrical equipment for at least one power cycle; obtaining first data representing the detected partial discharge impulses for the at least one power cycle; obtaining second data by phase-resolving the first data; obtaining third data by regularizing the second data; characterised by: analyzing the third data into a first component and at least one second component; obtaining phase information of the first component; shifting the first component and the at least one second component in consideration of the obtained phase information; and generating a signal indicating a health state of the electrical equipment by comparing the shifted first and second components of the third data with their counterparts associated with an unhealthy electrical equipment. analyzing the third data into a first component and at least one second component; obtaining phase information of the first component; shifting the first component and the at least one second component in consideration of the obtained phase information; and generating a signal indicating a health state of the electrical equipment by comparing the shifted first and second components of the third data with their counterparts associated with an unhealthy electrical equipment.
An X-ray apparatus (100,200,300,500,600,700,800,900,3000,4000,5000,6000,7000) comprising: an X-ray source (122,522,622,822,3220,4220,6220) configured to radiate X-rays; a collimator (123,523,623,823,3230,4230,6230) configured to adjust an irradiation region of X-rays radiated from the X-ray source and project a marker on an object to be imaged, an image acquirer (510,610,810,910,3100,4100,5100,6100,7100) configured to acquire an image of the marker by imaging said object, said image acquirer being coupled to the collimator, and said image being different than an X-ray image; a controller (150,550,650,813,6200) configured to detect, in the image, a marker projected on the object by the collimator, and to determine the source to object distance; characterised in that the controller is configured to determine the SOD based on the location of the marker on an epipolar line acquired in advance by acquiring a plurality of images of an object by changing a distance between the X-ray source and the object, and connecting the markers detected from the plurality of images. an X-ray source (122,522,622,822,3220,4220,6220) configured to radiate X-rays; a collimator (123,523,623,823,3230,4230,6230) configured to adjust an irradiation region of X-rays radiated from the X-ray source and project a marker on an object to be imaged, an image acquirer (510,610,810,910,3100,4100,5100,6100,7100) configured to acquire an image of the marker by imaging said object, said image acquirer being coupled to the collimator, and said image being different than an X-ray image; a controller (150,550,650,813,6200) configured to detect, in the image, a marker projected on the object by the collimator, and to determine the source to object distance; characterised in that the controller is configured to determine the SOD based on the location of the marker on an epipolar line acquired in advance by acquiring a plurality of images of an object by changing a distance between the X-ray source and the object, and connecting the markers detected from the plurality of images.
An in-vehicle personal navigation apparatus, the apparatus comprising a personal navigation device, PND, and a mount structure comprising a magnet to generate a magnetic field, wherein the PND comprises: an interface to movably couple the PND to the mount structure; a processor to provide navigation data; an inertial sensor coupled to the processor; and a magnetic sensor coupled to the processor and positioned in the PND to sense the magnetic field from the mount structure wherein the processor is configured to receive from said magnetic sensor initial magnetic sensor measurements of the magnetic field from the mount structure, when the PND is coupled to the mount structure; generate a reference value based on the initial magnetic sensor measurements; receive inertial sensor measurements from said inertial sensor; compute said navigation data based on the inertial sensor measurements; receive additional magnetic sensor measurements following a reorientation of the PND relative to the mount structure; detect a difference between a value based on the additional magnetic sensor measurements and the reference value; and trigger an action in the PND based on the difference. an interface to movably couple the PND to the mount structure; a processor to provide navigation data; an inertial sensor coupled to the processor; and a magnetic sensor coupled to the processor and positioned in the PND to sense the magnetic field from the mount structure wherein the processor is configured to receive from said magnetic sensor initial magnetic sensor measurements of the magnetic field from the mount structure, when the PND is coupled to the mount structure; generate a reference value based on the initial magnetic sensor measurements; receive inertial sensor measurements from said inertial sensor; compute said navigation data based on the inertial sensor measurements; receive additional magnetic sensor measurements following a reorientation of the PND relative to the mount structure; detect a difference between a value based on the additional magnetic sensor measurements and the reference value; and trigger an action in the PND based on the difference. receive from said magnetic sensor initial magnetic sensor measurements of the magnetic field from the mount structure, when the PND is coupled to the mount structure; generate a reference value based on the initial magnetic sensor measurements; receive inertial sensor measurements from said inertial sensor; compute said navigation data based on the inertial sensor measurements; receive additional magnetic sensor measurements following a reorientation of the PND relative to the mount structure; detect a difference between a value based on the additional magnetic sensor measurements and the reference value; and trigger an action in the PND based on the difference.
Topical composition comprising as an active agent an association comprising: a) at least one ceramide b) at least one saturated fatty acid C 12 -C 22; c) cholesterol, said topical composition comprising phosphatidylglycerol wherein: - said components a), b) and c) and phosphatidylglycerol are dispersed as such within said topical composition; - the phospatidylglycerol is present in a weight ratio with respect to said ceramide comprised between 1:4 and 2:4. a) at least one ceramide b) at least one saturated fatty acid C 12 -C 22; c) cholesterol, said topical composition comprising phosphatidylglycerol wherein: - said components a), b) and c) and phosphatidylglycerol are dispersed as such within said topical composition; - the phospatidylglycerol is present in a weight ratio with respect to said ceramide comprised between 1:4 and 2:4. - said components a), b) and c) and phosphatidylglycerol are dispersed as such within said topical composition; - the phospatidylglycerol is present in a weight ratio with respect to said ceramide comprised between 1:4 and 2:4.
An inverter circuit arrangement for converting a DC voltage in the medium voltage range generated by a generator with varying output power into an AC voltage for feeding into a power supply network, having a plurality of series-connected current inverters (SR1-SRn) being connected in parallel to the generator, and a controllable bridging switch (S1-Sn) for each inverter (SR1-SRn), the bridging switch (S1-Sn) being located in a DC voltage intermediate circuit and bridging the respective inverter (SR1-SRn) in a closed state, characterized in that a resistor chopper (Ch1-Chn) is connected between each inverter (SR1-SRn) and the generator, no input diode being present in the current path from the generator to the inverter (SR1-SRn), and each bridging switch (S1-Sn) is connected in parallel with the resistance chopper (Ch1-Chn) in the DC voltage intermediate circuit, and in that the inverter circuit arrangement is configured such that it is suitable for a photovoltaic generator or a number of photovoltaic generators in which one or more bridging switches (S1-Sn) can be switched on and off depending on the photovoltaic voltage, so that the number of active inverters can be modified.
Composition comprising one or more unsaturated fatty acids and one or more nitric oxide releasing compounds (NORC) for use in treating, reducing, or preventing deterioration of one or more components of the visual system of an animal, wherein said one or more unsaturated fatty acids and one or more nitric oxide releasing compounds (NORC) are administered to the animal in an amount effective for treating, reducing, or preventing deterioration of such components of the visual system; wherein the NORC is selected from the group consisting of arginine, citrulline, ornithine, L-arginine, and arginine alpha-ketoglutarate; wherein the UFA comprises one or more of ALA, EPA, DPA, DHA, or another n-3 fatty acid from a fish oil source; wherein the component of the visual system comprises one or more of the optic chiasm, the optic tract, the lateral geniculate nucleus and/or related tissues of the thalamus, the superior collicuus, the optic radiation, the primary visual cortex of the brain, the prestriate cortex, the third visual complex, visual area V4, visual area V5, the pretectal nucleus, or the superchiasmatic nucleus.
A rotor assembly (8, 9) for a vacuum pump comprising a rotor joined to a cylindrical rotor body having an inner diameter, the rotor being formed from a different material to the cylindrical rotor body joined to the rotor, characterized in that the rotor has a load variation relaxation structure provided at a surface of the rotor that is in contact with the inner diameter of the cylindrical rotor body, wherein at least a part of an outer diameter of an outer diametrical surface where the rotor joins to the cylindrical rotor body with interference at the load variation relaxation structure decreases gradually from an end surface side of the cylindrical rotor body where the cylindrical rotor body is joined to the rotor toward a center of the cylindrical rotor body.
Alarm system for windows and doors, consisting of an integrated electric circuit built into a glass fibre motherboard intended for being implemented in the leaf of the window or door, with a battery, a microprocessor, an audible warning device, a circuit activation contact, a trigger contact, and a magnetic switch (16, 17) for the alarm; wherein the motherboard is disposed in a casing of a shape and size that allow it to be placed in the fittings channel of the leaf of the window or door through which the catches or elements for locking the door or window which are operated by the handle or knob move; wherein it comprises a magnet disposed in the frame of the window or door, wherein the circuit activation contact which is mechanically associated with the corresponding mechanism of the handle or element for opening and closing the door, does so through a movable arm that can move on said activation contact against the tension of a spring and is associated with a second magnet forming the magnetic switch, this movable arm being disposed in said channel such that, when closing the window, it closes the circuit activation contact to trigger the alarm after activating the trigger contact; wherein the position of the magnet is controlled by the trigger contact when both elements are disposed facing one another once the window is closed and the circuit activated, such that any attempt to separate one element from another, like what would happen in the event of forcing open the door or window, will involve the closing of said contact and the subsequent triggering of the alarm through the audible warning device.