mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning apparatus, comprising: a housing having an opening port being an air inlet provided at a bottom of the housing and an air passage formed in the housing and connected to the opening port; an air-sending device installed in the housing and configured to generate an air flow in the air passage; a heat exchanger disposed in the air passage and configured to cause air and a heat medium to exchange heat; a fan guard installed on the bottom of the housing with a gap defined between the fan guard and the bottom of the housing, wherein the fan guard is configured to prevent a contact with the air-sending device; and a filter attached to the housing, wherein the filter is disposed in the gap and covers the opening port, the fan guard being formed into a planar shape and being installed on the housing so as to be inclined relative to the bottom of the housing such that the gap is narrowed toward an inward portion in an insertion direction of the filter. a housing having an opening port being an air inlet provided at a bottom of the housing and an air passage formed in the housing and connected to the opening port; an air-sending device installed in the housing and configured to generate an air flow in the air passage; a heat exchanger disposed in the air passage and configured to cause air and a heat medium to exchange heat; a fan guard installed on the bottom of the housing with a gap defined between the fan guard and the bottom of the housing, wherein the fan guard is configured to prevent a contact with the air-sending device; and a filter attached to the housing, wherein the filter is disposed in the gap and covers the opening port, the fan guard being formed into a planar shape and being installed on the housing so as to be inclined relative to the bottom of the housing such that the gap is narrowed toward an inward portion in an insertion direction of the filter.
An electronic device (10, 20) comprising: an event-driven vision sensor that includes a sensor array having a sensor (111A, 111B) that generates an event signal when the sensor detects a change in intensity of incident light; an actuator configured to displace a module (100,300) including the vision sensor; and a control unit configured to transmit a control signal to the actuator and to determine a correction value based on the event signal generated when the actuator displaces the module (100, 300) in response to the control signal and to use the correction value for generating a subsequent control signal, wherein the control unit is configured to determine the correction value by: measuring an elapsed time period from a start of reception of the event signal to an end of the reception, and determining the correction value according to the elapsed time period, wherein the correction value includes a flag indicating that the actuator is worn, and the control unit sets the flag when the elapsed time period exceeds a threshold value. an event-driven vision sensor that includes a sensor array having a sensor (111A, 111B) that generates an event signal when the sensor detects a change in intensity of incident light; an actuator configured to displace a module (100,300) including the vision sensor; and a control unit configured to transmit a control signal to the actuator and to determine a correction value based on the event signal generated when the actuator displaces the module (100, 300) in response to the control signal and to use the correction value for generating a subsequent control signal, wherein the control unit is configured to determine the correction value by: measuring an elapsed time period from a start of reception of the event signal to an end of the reception, and determining the correction value according to the elapsed time period, wherein the correction value includes a flag indicating that the actuator is worn, and the control unit sets the flag when the elapsed time period exceeds a threshold value. measuring an elapsed time period from a start of reception of the event signal to an end of the reception, and determining the correction value according to the elapsed time period, wherein the correction value includes a flag indicating that the actuator is worn, and the control unit sets the flag when the elapsed time period exceeds a threshold value.
A variable camber Krueger flap deployment linkage mechanism comprising: a first linkage assembly configured to couple to a flap assembly and an airfoil, the first linkage assembly comprising: a first drive arm configured to couple to an actuator coupled to the airfoil, and configured to rotate in a chord-wise plane; a first drive link coupled to the first drive arm and configured to be coupled to a trailing end of the flap assembly; and a support arm, characterised in that the support arm is coupled to a middle link portion of the first drive link and configured to rotatably couple to the airfoil at a rotation joint; and a second linkage assembly configured to couple to the flap assembly and the first drive arm, the second linkage assembly comprising: a drive transfer arm configured to be coupled to the flap assembly; a middle connection segment configured to couple the drive transfer arm to the trailing end of the flap assembly; and a bullnose link configured to couple the drive transfer arm to a bullnose portion of the flap assembly. a first linkage assembly configured to couple to a flap assembly and an airfoil, the first linkage assembly comprising: a first drive arm configured to couple to an actuator coupled to the airfoil, and configured to rotate in a chord-wise plane; a first drive link coupled to the first drive arm and configured to be coupled to a trailing end of the flap assembly; and a support arm, characterised in that the support arm is coupled to a middle link portion of the first drive link and configured to rotatably couple to the airfoil at a rotation joint; and a first drive arm configured to couple to an actuator coupled to the airfoil, and configured to rotate in a chord-wise plane; a first drive link coupled to the first drive arm and configured to be coupled to a trailing end of the flap assembly; and a support arm, characterised in that the support arm is coupled to a middle link portion of the first drive link and configured to rotatably couple to the airfoil at a rotation joint; and a second linkage assembly configured to couple to the flap assembly and the first drive arm, the second linkage assembly comprising: a drive transfer arm configured to be coupled to the flap assembly; a middle connection segment configured to couple the drive transfer arm to the trailing end of the flap assembly; and a bullnose link configured to couple the drive transfer arm to a bullnose portion of the flap assembly. a drive transfer arm configured to be coupled to the flap assembly; a middle connection segment configured to couple the drive transfer arm to the trailing end of the flap assembly; and a bullnose link configured to couple the drive transfer arm to a bullnose portion of the flap assembly.
Method for determining spoofing of at least one uncertified identifier, said at least one uncertified identifier being intended for the use of a communication means, during communication between a first and at least one second terminal, said method being implemented by a device for determining spoofing of at least one uncertified identifier, the method comprising: - a step of receiving a signalling message of the communication from said first terminal and intended for said at least one second terminal, comprising said at least one uncertified identifier and at least one first item of certification data, - a step of obtaining at least one second item of certification data on the basis of said at least one received uncertified identifier, - a step of comparing said at least one first item of certification data with said at least one second item of certification data, - a step of transmitting at least said message to said at least one second terminal on the basis of the result of the comparison. - a step of receiving a signalling message of the communication from said first terminal and intended for said at least one second terminal, comprising said at least one uncertified identifier and at least one first item of certification data, - a step of obtaining at least one second item of certification data on the basis of said at least one received uncertified identifier, - a step of comparing said at least one first item of certification data with said at least one second item of certification data, - a step of transmitting at least said message to said at least one second terminal on the basis of the result of the comparison.
An elongated plastic fixing plug that is expansible upon insertion of a connection screw, comprising a generally cylindrical body having a generatrix (g) parallel to the longitudinal axis (x) of the body, and externally having, from a front end to a rear end thereof, a smooth part and a saw-toothed part ending with a pointed portion, characterised in that said saw-toothed part comprises two opposite groups of parallel through slots (8, 9, 10, 11; 12, 13, 14, 15) being equally inclined with respect to said generatrix (g) so that created between a slot and the adjacent one in each slot group is an easily deformable plastic filiform section, in order to allow the fixing plug to be knotted in a cavity of a hollow tile or similar, into which the expansible fixing plug is inserted, when it is deformed by its connection screw.
A winding machine for winding fibre bands for the preparation of combing works in the textile industry, with a winding unit, on or in which a lap is formed, characterized in that the winding machine includes at least one means for detecting the humidity content in the fibre material, wherein the at least one means determines the humidity content of the fibre material as a controlled variable, a controller or a control compares the controlled variable to a reference variable, and in case of a deviation from the reference variable produces a signal by means of which an actuator for changing the operational parameters of the winding machine is actuatable, wherein the actuator is formed as a drive motor and/or as a cylinder for adjusting the winding pressure and/or as an adjustable element of a pre-condenser.
A transmitting arrangement in a digital subscriber line system, DSL, comprising at least one vectored DSL system arranged for transmitting data associated with a plurality of modems in a co-ordinated manner, wherein an available frequency band is divided into a first part and into a second part disjoint form said first part, characterised in that the first part is exclusively reserved for vectored transmission, such that the at least one vectored DSL system is adapted to at least operate on loops associated with modems transmitting on frequencies comprised in the first part of the available frequency band, and wherein. the second part of the available frequency band is adapted to be used for both vectoring and non-vectoring transmission such that the at least one vectored DSL system is adapted to at least operate on loops associated with modems transmitting on frequencies comprised in the first part and in the second part of the available frequency band and such that said transmitting arrangement comprises means for transmitting data associated with modems transmitting on frequencies within the second part without operation of any vectored DSL system.
A method for selectively recovering organic heteroatom compounds from a hydrocarbon feedstock, the method comprising: feeding a hydrocarbon feedstock into at least one contactor comprising electrical plates, the hydrocarbon feedstock comprising at least one hydrocarbon and at least one organic heteroatom compound chosen from pyrrole, pyridine, quinoline, isoquinoline, acridine, benzocarbazole, carbazole, indole, nickel-tetraphenyl-porphyrin, vanadyl-tetraphenyl-porphyrin, thiophene, benzothiophene, dibenzothiophene, and 7,8,9,10-tetrahydro-benzo[b]naphtho[2,3-d]thiophene, and combinations thereof; feeding an aqueous solvent into the contactor to form an extraction mixture of the aqueous solvent with the hydrocarbon feedstock, the aqueous solvent comprising an ionic liquid formed from pressurized carbon dioxide and water; establishing a contactor pressure and a contactor temperature of the extraction mixture in the contactor that together tune the aqueous solvent to selectively form a solvent complex with only a target organic heteroatom compound; activating the electrical plates to align ions of the ionic liquid and ions of the target organic heteroatom compound between the electrical plates; extracting the solvent complex to a recovery vessel from the extraction mixture in the contactor; adjusting a recovery temperature of the recovery vessel, a recovery pressure of the recovery vessel, or both, to decompose the solvent complex in the recovery vessel into carbon dioxide and the target organic heteroatom compound; and recovering the target organic heteroatom compound from the recovery vessel. feeding a hydrocarbon feedstock into at least one contactor comprising electrical plates, the hydrocarbon feedstock comprising at least one hydrocarbon and at least one organic heteroatom compound chosen from pyrrole, pyridine, quinoline, isoquinoline, acridine, benzocarbazole, carbazole, indole, nickel-tetraphenyl-porphyrin, vanadyl-tetraphenyl-porphyrin, thiophene, benzothiophene, dibenzothiophene, and 7,8,9,10-tetrahydro-benzo[b]naphtho[2,3-d]thiophene, and combinations thereof; feeding an aqueous solvent into the contactor to form an extraction mixture of the aqueous solvent with the hydrocarbon feedstock, the aqueous solvent comprising an ionic liquid formed from pressurized carbon dioxide and water; establishing a contactor pressure and a contactor temperature of the extraction mixture in the contactor that together tune the aqueous solvent to selectively form a solvent complex with only a target organic heteroatom compound; activating the electrical plates to align ions of the ionic liquid and ions of the target organic heteroatom compound between the electrical plates; extracting the solvent complex to a recovery vessel from the extraction mixture in the contactor; adjusting a recovery temperature of the recovery vessel, a recovery pressure of the recovery vessel, or both, to decompose the solvent complex in the recovery vessel into carbon dioxide and the target organic heteroatom compound; and recovering the target organic heteroatom compound from the recovery vessel.
A method of controlling a steam turbine comprising: defining a simplified model of a steam turbine rotor; determining a stress distribution in the rotor from parameters of the simplified model and from temperature values of steam (Q HP) supplied to the steam turbine; comparing the stress determined in the rotor with a stress threshold (σ TH); and controlling the steam turbine based on the comparing the stress determined in the rotor and the stress threshold (σ TH); characterized in that the simplified model of the steam turbine rotor is in the form of a homogeneous and isotropic cylinder. defining a simplified model of a steam turbine rotor; determining a stress distribution in the rotor from parameters of the simplified model and from temperature values of steam (Q HP) supplied to the steam turbine; comparing the stress determined in the rotor with a stress threshold (σ TH); and controlling the steam turbine based on the comparing the stress determined in the rotor and the stress threshold (σ TH); characterized in that the simplified model of the steam turbine rotor is in the form of a homogeneous and isotropic cylinder.
A valve-integrated transponder (1, 15) comprising: a detecting element that detects a condition inside a tire; a substrate on which the detecting element is mounted; an inverse F antenna element that outputs information detected by the detecting element to an outside; and a synthetic-resin casing that houses the detecting element, the substrate, and the antenna element, the casing being fitted to an end of an air valve attached to a wheel rim, the end of the air valve being located inside the tire, the casing being disposed at an outer side of a well of the wheel rim as viewed in a radial direction of the tire, wherein the substrate is disposed within the casing such that a longitudinal direction of the substrate is substantially.perpendicular to an axial direction of the air valve and that a lateral direction of the substrate is parallel to the axial direction, and wherein the antenna element is disposed on a surface of the substrate that is opposite to a surface thereof facing the well, characterized in that a central section of the antenna element in a longitudinal direction thereof is provided with a feed terminal and a ground terminal, the antenna element having a substantially line symmetrical shape where a pair of radiation conductors extend symmetrically from the feed terminal and the ground terminal toward opposite longitudinal ends of the antenna element, the pair of radiation conductors being inclined with respect to the substrate so as to be disposed substantially in parallel to the well that extends at an inner side of the transponder as viewed in the radial direction of the tire. a detecting element that detects a condition inside a tire; a substrate on which the detecting element is mounted; an inverse F antenna element that outputs information detected by the detecting element to an outside; and a synthetic-resin casing that houses the detecting element, the substrate, and the antenna element, the casing being fitted to an end of an air valve attached to a wheel rim, the end of the air valve being located inside the tire, the casing being disposed at an outer side of a well of the wheel rim as viewed in a radial direction of the tire, wherein the substrate is disposed within the casing such that a longitudinal direction of the substrate is substantially.perpendicular to an axial direction of the air valve and that a lateral direction of the substrate is parallel to the axial direction, and wherein the antenna element is disposed on a surface of the substrate that is opposite to a surface thereof facing the well, characterized in that a central section of the antenna element in a longitudinal direction thereof is provided with a feed terminal and a ground terminal, the antenna element having a substantially line symmetrical shape where a pair of radiation conductors extend symmetrically from the feed terminal and the ground terminal toward opposite longitudinal ends of the antenna element, the pair of radiation conductors being inclined with respect to the substrate so as to be disposed substantially in parallel to the well that extends at an inner side of the transponder as viewed in the radial direction of the tire.
Thermal insulation system for vertical, load-bearing connection of building parts to be constructed from concrete, which has an insulation body and one or more compression elements (14, 14a, 14c, 14e, 14g, 14a' to 14h'), the insulation body having a plurality of apertures (11a to 11h) extending vertically through the insulation body from an upper side to an underside, characterised in that a compression element (14, 14a, 14c, 14e, 14g, 14a' to 14h'), configured as an individual compression element, is installed in each of a variable number of apertures (11a to 11h) and a blind plug (13a to 13h) made of thermally insulating material is installed in at least one of the apertures, which aperture is not occupied by a compression element.
A memory device (100; 400; 604) for a print cartridge comprising a compressed data structure (102; 402; 602) to construct a one-dimensional color transformation table for a printer, the color transformation table to provide transformations between various color spaces, the data structure comprising: quantized coefficients derived from a compression of a difference table (104; 404; 616) including a plurality of difference nodes in which each difference node represents a value that is to be combined with a corresponding node of a reference table, the quantized coefficients useable to produce a reconstructed difference table; a residue table (106; 408; 618) including a plurality of residue nodes in which each residue node is to be combined with a corresponding node of the combination of the reconstructed difference table and the reference table; and a residue bit assignment table useable to decode the residue table, wherein the residue bit assignment table is to indicate how many bits are assigned to each residue node of the residue table, wherein the quantized coefficients were generated via a discrete cosine transform, and are to be decompressed using an inverse discrete cosine transform process to thereby obtain the decompressed difference table. quantized coefficients derived from a compression of a difference table (104; 404; 616) including a plurality of difference nodes in which each difference node represents a value that is to be combined with a corresponding node of a reference table, the quantized coefficients useable to produce a reconstructed difference table; a residue table (106; 408; 618) including a plurality of residue nodes in which each residue node is to be combined with a corresponding node of the combination of the reconstructed difference table and the reference table; and a residue bit assignment table useable to decode the residue table,
An apparatus for generating a partial fundus image of the eye from a 3-D intensity data set, said apparatus including a spectral domain optical coherence tomographic, SD-OCT, system, said system including a scanner for scanning a light beam in at least one of the X and Y directions over the eye, said system being one of a swept source SD-OCT system and a spectrometer based SD-OCT system, said system generating a plurality of sets of outputs, each set corresponding to varying intensities at different wavelengths of said source at a particular X/Y position of said light on said eye, said intensities including information about the reflection distribution along the eye in the Z direction, said system including a processor for converting each set of outputs into a 3-D data set including Z direction intensity information for each X/Y position, said 3-D data sets being suitable for generating optical coherence tomography, OCT, cross-sectional images that are displayable on a display, characterized by said processor being configured such that: the intensity data is partially segmented and the partially segmented data along the Z direction is processed in order to assign a single intensity value at each of a plurality of X and/or Y positions and display a 2-D image map of the assigned intensity values on the display in order to highlight a particular region or feature within the eye by a partial segmentation process defined by: a depth location and range around that depth; or identified reference surfaces used as boundaries; or an integral under a z-profile that follows a reference surface. the intensity data is partially segmented and the partially segmented data along the Z direction is processed in order to assign a single intensity value at each of a plurality of X and/or Y positions and display a 2-D image map of the assigned intensity values on the display in order to highlight a particular region or feature within the eye by a partial segmentation process defined by: a depth location and range around that depth; or identified reference surfaces used as boundaries; or an integral under a z-profile that follows a reference surface. a depth location and range around that depth; or identified reference surfaces used as boundaries; or an integral under a z-profile that follows a reference surface.