mhurhangee/ep-ind-claims huggingface dataset:
An electric power steering system that includes a motor that applies assist force for assisting steering operation to a steering shaft; a speed reducing mechanism that is formed such that a worm gear to be rotated by the motor is meshed with a wheel gear coupled to the steering shaft; and a shaft coupling that drivably couples the worm gear to an output shaft of the motor such that the worm gear is tiltable with respect to the output shaft, wherein a proximal end part of the worm gear, adjacent to the motor, is supported by a first rolling bearing, a distal end part of the worm gear is supported by a second rolling bearing that is provided so as to be movable in a direction to approach to or distance from the wheel gear, and the second rolling bearing is urged by urging means so as to get close to the wheel gear, characterized in that: the shaft coupling includes a fixing part coupled to the output shaft so as to be integrally rotatable and a cylindrical part (72; 92) having an inner periphery (75; 95) in non-circular cross section and being fixed to the fixing part, a coupling part having an outer periphery in non-circular cross section, the outer periphery being inserted in the cylindrical part (72; 92) and being engageable with the inner periphery (75; 95) in a circumferential direction, is formed in the proximal end part, any one of the inner periphery (75; 95) and the outer periphery is ridged such that a gap that allows the coupling part to tilt is provided inside the cylindrical part (72; 92), and the cylindrical part (72; 92) presses an inner ring of the first rolling bearing toward an axially distal end side of the worm gear. the shaft coupling includes a fixing part coupled to the output shaft so as to be integrally rotatable and a cylindrical part (72; 92) having an inner periphery (75; 95) in non-circular cross section and being fixed to the fixing part, a coupling part having an outer periphery in non-circular cross section, the outer periphery being inserted in the cylindrical part (72; 92) and being engageable with the inner periphery (75; 95) in a circumferential direction, is formed in the proximal end part, any one of the inner periphery (75; 95) and the outer periphery is ridged such that a gap that allows the coupling part to tilt is provided inside the cylindrical part (72; 92), and the cylindrical part (72; 92) presses an inner ring of the first rolling bearing toward an axially distal end side of the worm gear.
A satellite antenna, particularly for vehicles, comprising a movement assembly for at least one reflector dish, which can be associated with a device for converting the signal transmitted by a predefined satellite and reflected by said dish, said assembly comprising at least one motor, associated with at least one gear system (6a, 6b) connected to said dish, for its controlled rotation about at least one axis (A, B) and its orientation toward the predefined satellite, said at least one gear system (6a, 6b) comprising a worm screw (7a, 7b) and an annular gear (8a, 8b) that mesh together, characterized in that said worm screw (7a, 7b) is of the twin-start type, and the antenna further comprising at least one proximity sensor for detecting the reaching, on the part of at least one reference element associated with at least one between said screw (7a, 7b) and said annular gear (8a, 8b) of at least one said gear system (6a, 6b), of a respective predefined angular position, selected during initial installation, so as to correspond to an inactive configuration of said dish, in which it is arranged substantially horizontally and facing the ground.
A system for delivering a volatile composition into the air, the system comprising: a central communication unit capable of receiving incoming signals and sending outgoing instructions, the central communication unit communicably connected with a memory configured to store an algorithm; a smart appliance that is an appliance communicably connected with the central communication unit and configured to send incoming signals to the central communication unit alerting the central communication unit of a status of the appliance; and a volatile composition dispenser that is communicably connected with the central communication unit through a wireless communication link, characterized in that the algorithm controls the volatile composition dispenser using incoming signals sent from the smart appliance to the central communication unit, wherein when the smart appliance is turned on or a cycle of the smart appliance is started, the smart appliance sends an incoming signal to the central communication unit alerting the central communication unit of the status of the smart appliance, wherein the central communication unit sends outgoing instructions to the volatile composition dispenser to turn on after receiving an incoming signal from the smart appliance that the smart appliance is on or that the cycle of the smart appliance has started. a central communication unit capable of receiving incoming signals and sending outgoing instructions, the central communication unit communicably connected with a memory configured to store an algorithm; a smart appliance that is an appliance communicably connected with the central communication unit and configured to send incoming signals to the central communication unit alerting the central communication unit of a status of the appliance; and a volatile composition dispenser that is communicably connected with the central communication unit through a wireless communication link, characterized in that the algorithm controls the volatile composition dispenser using incoming signals sent from the smart appliance to the central communication unit,
A printing apparatus for printing an image on the basis of image data from an image data source, by using printing means for printing an image on a print medium on the basis of print data; the apparatus comprising: command determination means for interpreting a control command from the image data source and determining a content designated by the control command; image processing means for processing image data from the image data source on the basis of a determination result by said command determination means; and print control means for generating print data on the basis of the image data processed by said image processing means, outputting the print data to said printing means, and printing the print data, wherein the printing apparatus is adapted for printing images on the basis of image data from a plurality of image data sources, characterized by being further adapted such that the command determination means is adapted for interpreting a control command from a first image data source out of the plurality of image data sources; and the image processing means is adapted for processing image data from an image data source other than the first image data source on the basis of a determination result obtained by said command determination means by interpreting a control command from the first image data source. command determination means for interpreting a control command from the image data source and determining a content designated by the control command; image processing means for processing image data from the image data source on the basis of a determination result by said command determination means; and print control means for generating print data on the basis of the image data processed by said image processing means, outputting the print data to said printing means, and printing the print data, wherein the printing apparatus is adapted for printing images on the basis of image data from a plurality of image data sources, characterized by being further adapted such that the command determination means is adapted for interpreting a control command from a first image data source out of the plurality of image data sources; and the image processing means is adapted for processing image data from an image data source other than the first image data source on the basis of a determination result obtained by said command determination means by interpreting a control command from the first image data source.
A method for detecting a nerve, comprising: acquiring a learning image including a plurality of slices arranged in a coronal plane direction; generating learning data in which a nerve and mental tubercle and/or a mandibular angle, serving as a reference for detecting the nerve, are set in the learning image, and learning the learning data so as to generate a learning model; inputting a target image into the learning model; and detecting a nerve from the target image on the basis of the learning data. acquiring a learning image including a plurality of slices arranged in a coronal plane direction; generating learning data in which a nerve and mental tubercle and/or a mandibular angle, serving as a reference for detecting the nerve, are set in the learning image, and learning the learning data so as to generate a learning model; inputting a target image into the learning model; and detecting a nerve from the target image on the basis of the learning data.
A respiratory access assembly, comprising: a distal plate having a port, the port adapted to be positioned in operable communication with an artificial airway of a patient; a proximal plate including a first port and a second port, the distal plate positioned against the proximal plate in a stacked configuration, each plate configured to move; and an actuator positioned adjacent to at least one plate (12, 14), the actuator cooperating with at least one plate (12, 14) to permit movement of at least one plate (12, 14) when the actuator is positioned in a movement-enabling position, the actuator cooperating with both plates (12, 14) to lock the plates (12, 14) in a fixed position when the actuator is positioned in a locked position, such that the plates (12, 14) are locked into a predetermined position relative to each other, the actuator including a blocking portion which is configured to extend into at least one port when the actuator is positioned in the movement-enabling position, and to withdraw from the one port when the actuator is positioned in the locked position; wherein said blocking portion moves slidably within an O-ring which prevents loss of pressure around said blocking portion from said artificial airway, characterised in that said O-ring is made by injection molding, said proximal plate has a channel for the injection of a thermoplastic elastomer to form said O-ring in place, and said O-ring is molded around both sides of a flange in a side opening of said proximal plate, said side opening accepting said blocking portion. a distal plate having a port, the port adapted to be positioned in operable communication with an artificial airway of a patient; a proximal plate including a first port and a second port, the distal plate positioned against the proximal plate in a stacked configuration, each plate configured to move; and an actuator positioned adjacent to at least one plate (12, 14), the actuator cooperating with at least one plate (12, 14) to permit movement of at least one plate (12, 14) when the actuator is positioned in a movement-enabling position, the actuator cooperating with both plates (12, 14) to lock the plates (12, 14) in a fixed position when the actuator is positioned in a locked position, such that the plates (12, 14) are locked into a predetermined position relative to each other, the actuator including a blocking portion which is configured to extend into at least one port when the actuator is positioned in the movement-enabling position, and to withdraw from the one port when the actuator is positioned in the locked position; wherein said blocking portion moves slidably within an O-ring which prevents loss of pressure around said blocking portion from said artificial airway, characterised in that said O-ring is made by injection molding, said proximal plate has a channel for the injection of a thermoplastic elastomer to form said O-ring in place, and said O-ring is molded around both sides of a flange in a side opening of said proximal plate, said side opening accepting said blocking portion.
Tape comprising a composition comprising a copolyester comprising polymeric units derived from ethylene glycol and terephthalic acid or a diester thereof and > 0.50 and < 5.00 wt% of polymeric units with regard to the total weight of the polyester derived from an oligomeric dihydroxy compound having a number average molecular weight of > 500 g/mol and < 5000 g/mol, as determined in accordance with ISO 19929:2017.
A hearing aid (100, 300) configured to be arranged at least partly in the ear canal of a specific person, the hearing aid (100, 300) comprising: - A faceplate, - A custom ear shell (104, 304), adapted to at least partly fit the ear canal of the specific person, the custom ear shell (104, 304) being connected to the faceplate, - A rechargeable battery enclosed in the faceplate and custom earshell (104, 304), and - An induction coil (108, 308), such as a hearing aid induction coil, for wireless charging of the rechargeable battery, wherein the induction coil (108, 308) is separate from the rechargeable battery, the induction coil (108, 308) being arranged at least partly in contact with the ear shell (104, 304), wherein the induction coil (108, 308) is arranged as a printed or deposited material on a flexible substrate. - A faceplate, - A custom ear shell (104, 304), adapted to at least partly fit the ear canal of the specific person, the custom ear shell (104, 304) being connected to the faceplate, - A rechargeable battery enclosed in the faceplate and custom earshell (104, 304), and - An induction coil (108, 308), such as a hearing aid induction coil, for wireless charging of the rechargeable battery, wherein the induction coil (108, 308) is separate from the rechargeable battery, the induction coil (108, 308) being arranged at least partly in contact with the ear shell (104, 304), wherein the induction coil (108, 308) is arranged as a printed or deposited material on a flexible substrate.
A control system comprising: a control apparatus; hardware included in the control apparatus; an inter-application interference prevention processing unit configured to operate on the hardware; a plurality of controller applications configured to operate on the inter-application interference prevention processing unit; and a selection processing unit configured to operate on the hardware; wherein the controller applications are each configured to perform a predetermined calculation on an input value and output a calculated value as a calculation result; wherein the selection processing unit is configured to select one output value based on calculated values outputted by the controller applications and output the output value; characterized in that different memory capacities in size are allocated to the different controller applications. a control apparatus; hardware included in the control apparatus; an inter-application interference prevention processing unit configured to operate on the hardware; a plurality of controller applications configured to operate on the inter-application interference prevention processing unit; and a selection processing unit configured to operate on the hardware; wherein the controller applications are each configured to perform a predetermined calculation on an input value and output a calculated value as a calculation result; wherein the selection processing unit is configured to select one output value based on calculated values outputted by the controller applications and output the output value; characterized in that different memory capacities in size are allocated to the different controller applications.
An isolated humanized neutralizing anti-IL-31 monoclonal antibody derived by humanization of the monoclonal antibody produced by the hybridoma of ATCC Patent Deposit Designation PTA-6815.
A method of staining a sample for examination by an ultraviolet surface excitation microscopy system, the method comprising: (a) selecting a mixed fluorescence dye solution made from a set of fluorescing stains in preselected proportions for generating the mixed fluorescence dye solution when dissolved in a preselected volume of a solvent, the solution comprising: (i) at least a first fluorescing stain at a first concentration and a second fluorescing stain at a second concentration, (ii) the first fluorescing stain characterized by a first light emission spectrum when subjected to an ultraviolet light of a first wavelength by the ultraviolet surface excitation microscopy system, the second fluorescing stain characterized by a second light emission spectrum when subjected to the first ultraviolet light source wavelength, wherein the first emission spectrum is different from the second emission spectrum; and (b) exposing a sample for ultraviolet surface excitation microscopy examination to the mixed fluorescence dye solution for a predetermined time period to stain features of the sample; wherein the selected mixed fluorescent dye solution is configured to prepare the sample for imaging by the ultraviolet surface excitation microscopy system at the first ultraviolet light source wavelength such that light emissions of features associated with the first fluorescing stain are imaged by the system at a first intensity and the light emissions of features associated with the second fluorescing stain are imaged by the system at a second intensity, wherein the first and second intensities are approximately the same. (a) selecting a mixed fluorescence dye solution made from a set of fluorescing stains in preselected proportions for generating the mixed fluorescence dye solution when dissolved in a preselected volume of a solvent, the solution comprising: (i) at least a first fluorescing stain at a first concentration and a second fluorescing stain at a second concentration, (ii) the first fluorescing stain characterized by a first light emission spectrum when subjected to an ultraviolet light of a first wavelength by the ultraviolet surface excitation microscopy system, the second fluorescing stain characterized by a second light emission spectrum when subjected to the first ultraviolet light source wavelength, wherein the first emission spectrum is different from the second emission spectrum; and (i) at least a first fluorescing stain at a first concentration and a second fluorescing stain at a second concentration, (ii) the first fluorescing stain characterized by a first light emission spectrum when subjected to an ultraviolet light of a first wavelength by the ultraviolet surface excitation microscopy system, the second fluorescing stain characterized by a second light emission spectrum when subjected to the first ultraviolet light source wavelength, wherein the first emission spectrum is different from the second emission spectrum; and (b) exposing a sample for ultraviolet surface excitation microscopy examination to the mixed fluorescence dye solution for a predetermined time period to stain features of the sample;
Sprayer suitable to spray a predetermined area with a sprayed liquid, said sprayer comprising: - circular spraying means (12, 13) suitable to spray, with the sprayed liquid and with a predetermined degree of uniformity, an internal spraying zone with a substantially circular or rounded shape; - peripheral spraying means (5, 6, 9, 10) suitable to spray with the sprayed liquid an external spraying zone located around and at least partly externally the internal spraying zone, the peripheral spraying means (5, 6, 9, 10) comprising a deflector suitable to be hit by one or more jets of liquid to be sprayed and to divert and direct at least part of this jet or these jets towards at least part of the external spraying zone; characterised in that said at least part of the external spraying zone is substantially contiguous with said internal spraying zone, the internal spray zone together with the external spray zone providing a non-circular spray pattern. - circular spraying means (12, 13) suitable to spray, with the sprayed liquid and with a predetermined degree of uniformity, an internal spraying zone with a substantially circular or rounded shape; - peripheral spraying means (5, 6, 9, 10) suitable to spray with the sprayed liquid an external spraying zone located around and at least partly externally the internal spraying zone, the peripheral spraying means (5, 6, 9, 10) comprising a deflector suitable to be hit by one or more jets of liquid to be sprayed and to divert and direct at least part of this jet or these jets towards at least part of the external spraying zone; characterised in that said at least part of the external spraying zone is substantially contiguous with said internal spraying zone, the internal spray zone together with the external spray zone providing a non-circular spray pattern.
A method of repairing a display apparatus comprising a plurality of pixels connected to a plurality of electrical lines, the electrical lines including a first line extending in a first direction, a second line (D, L2) extending in a second direction that crosses the first direction, and a third line extending in the second direction adjacent to the second line, wherein the third line includes an aperture disposed where the first line and the third line cross each other, the method comprising: detecting a defect portion in the second line (D, L2) where the second line (D, L2) crosses the first line; cutting the second line (D, L2) on either side of the defect portion so that the defect portion is electrically isolated from the cut ends of the second line (D, L2); cutting, on both sides of the first line, a portion of the third line that is adjacent to the second line (D, L2) and that forms part of the periphery of the aperture, to form a conductive repair portion that is electrically isolated from the third line; and forming a bypass path for the second line (D, L2) by using first and second conductive portions (CNT1, CNT2) to connect upper and lower portions of the conductive repair portion to the respective cut ends of the second line (D, L2). detecting a defect portion in the second line (D, L2) where the second line (D, L2) crosses the first line; cutting the second line (D, L2) on either side of the defect portion so that the defect portion is electrically isolated from the cut ends of the second line (D, L2); cutting, on both sides of the first line, a portion of the third line that is adjacent to the second line (D, L2) and that forms part of the periphery of the aperture, to form a conductive repair portion that is electrically isolated from the third line; and forming a bypass path for the second line (D, L2) by using first and second conductive portions (CNT1, CNT2) to connect upper and lower portions of the conductive repair portion to the respective cut ends of the second line (D, L2).