mhurhangee/ep-ind-claims huggingface dataset:
An optical diagnostic method for an eye having a pupil, the method comprising: obtaining a sequence of aberration measurements of the eye; identifying an outlier aberration measurement of the sequence of aberration measurements; excluding the outlier aberration measurement from the sequence of measurements to produce a qualified sequence of aberration measurements; and registering at least one of the sequence of aberration measurements or the qualified sequence of aberration measurements to a location of the eye, wherein the method includes determining a relationship between a size of the pupil and a location of the pupil, determining a plurality of sizes of the pupil corresponding to the sequence of aberration measurements, and registering the sequences of aberration measurements or the qualified sequence of aberration measurements to a location of the eye by using the plurality of pupil sizes and the relationship. obtaining a sequence of aberration measurements of the eye; identifying an outlier aberration measurement of the sequence of aberration measurements; excluding the outlier aberration measurement from the sequence of measurements to produce a qualified sequence of aberration measurements; and registering at least one of the sequence of aberration measurements or the qualified sequence of aberration measurements to a location of the eye, wherein the method includes determining a relationship between a size of the pupil and a location of the pupil, determining a plurality of sizes of the pupil corresponding to the sequence of aberration measurements, and registering the sequences of aberration measurements or the qualified sequence of aberration measurements to a location of the eye by using the plurality of pupil sizes and the relationship.
A refrigerator comprising: an icemaker; an ice bank that is configured to store ice released from the icemaker; a weight sensor configured to measure a weight of the ice bank; and a controller configured to: calculate, based on weight measurements measured by the weight sensor, a variation in amount of ice stored in the ice bank during a set time period, adjust a full ice determination reference value based on the calculated variation in the amount of ice stored in the ice bank during the set time period, control the refrigerator based on the adjusted full ice determination reference value, and no longer controlling the icemaker 20 and an water supply valve 22, causing the icemaker 20 to stop releasing the ice into the ice bank 30 when an ice-making stop command is input via an input unit of a control panel, or when the refrigerator is powered off, wherein the full ice determination reference value corresponds to a reference value for determining whether or not the ice bank is full of the ice. an icemaker; an ice bank that is configured to store ice released from the icemaker; a weight sensor configured to measure a weight of the ice bank; and a controller configured to: calculate, based on weight measurements measured by the weight sensor, a variation in amount of ice stored in the ice bank during a set time period, adjust a full ice determination reference value based on the calculated variation in the amount of ice stored in the ice bank during the set time period, control the refrigerator based on the adjusted full ice determination reference value, and no longer controlling the icemaker 20 and an water supply valve 22, causing the icemaker 20 to stop releasing the ice into the ice bank 30 when an ice-making stop command is input via an input unit of a control panel, or when the refrigerator is powered off, wherein the full ice determination reference value corresponds to a reference value for determining whether or not the ice bank is full of the ice. calculate, based on weight measurements measured by the weight sensor, a variation in amount of ice stored in the ice bank during a set time period, adjust a full ice determination reference value based on the calculated variation in the amount of ice stored in the ice bank during the set time period, control the refrigerator based on the adjusted full ice determination reference value, and no longer controlling the icemaker 20 and an water supply valve 22, causing the icemaker 20 to stop releasing the ice into the ice bank 30 when an ice-making stop command is input via an input unit of a control panel, or when the refrigerator is powered off, wherein the full ice determination reference value corresponds to a reference value for determining whether or not the ice bank is full of the ice.
A dispenser unit for countermeasures, comprising a magazine for the countermeasures removable arranged on the dispenser unit, and a dispensing nozzle for dispensing the countermeasures out of the magazine, characterized in that a movable sealing means is arranged within the magazine, which sealing means in a first position covers the dispensing nozzle and in a second position opens the dispensing nozzle, so that the countermeasures may be dispensed through the dispensing nozzle when the sealing means is in the second position.
A receptacle holder comprising a holder base portion configured to support the bottom of a receptacle; a holder upper portion and an elongated holder back portion extending between the holder base portion and the holder upper portion, and further comprising: - a confining member having a hook-shaped front portion and pivotally attached to the holder upper portion so that the confining member may pivot relative the holder upper portion between a closed position in which the hook-shaped front portion and the holder upper portion form an at least partially closed space for confining the neck and/or the shoulder of a receptacle, and a release position in which the hook-shaped front portion and the holder upper portion are spaced apart to allow removal of a receptacle from the receptacle holder; characterized by: - a locking member attached to one of the holder upper portion and the confining member and having a locking portion configured to be received into one opening (33,34) of a through hole in the other of the holder upper portion and the confining member when the confining member is in the closed position, thereby preventing movement of the confining member wherein, - the locking portion is resilient so that it may be brought out of engagement with the through hole by application of a force onto the locking portion through the other opening (33,34) of the through hole thereby allowing the confining member to be pivoted relative the holder upper portion. - a confining member having a hook-shaped front portion and pivotally attached to the holder upper portion so that the confining member may pivot relative the holder upper portion between a closed position in which the hook-shaped front portion and the holder upper portion form an at least partially closed space for confining the neck and/or the shoulder of a receptacle, and a release position in which the hook-shaped front portion and the holder upper portion are spaced apart to allow removal of a receptacle from the receptacle holder; - a locking member attached to one of the holder upper portion and the confining member and having a locking portion configured to be received into one opening (33,34) of a through hole in the other of the holder upper portion and the confining member when the confining member is in the closed position, thereby preventing movement of the confining member wherein, - the locking portion is resilient so that it may be brought out of engagement with the through hole by application of a force onto the locking portion through the other opening (33,34) of the through hole thereby allowing the confining member to be pivoted relative the holder upper portion.
A system comprising: a plurality of vehicles; and an acquisition unit which acquires information indicating a required electric power amount by which transfer of electric power is required between a battery included in a vehicle and an electric power network, and information indicating a transferable electric power amount by which the battery can transfer electric power with the electric power network, characterized in that the system further comprises a selection unit which selects a vehicle with a smaller difference between the transferable electric power amount and the required electric power amount than others by priority among the plurality of vehicles as a vehicle including a battery which is to perform electric power transfer with the electric power network. a plurality of vehicles; and an acquisition unit which acquires information indicating a required electric power amount by which transfer of electric power is required between a battery included in a vehicle and an electric power network, and information indicating a transferable electric power amount by which the battery can transfer electric power with the electric power network, characterized in that the system further comprises a selection unit which selects a vehicle with a smaller difference between the transferable electric power amount and the required electric power amount than others by priority among the plurality of vehicles as a vehicle including a battery which is to perform electric power transfer with the electric power network.
A vectored thrust control module for an aircraft having an aircraft structure comprising: a servo system that includes an electric motor and an output shaft, wherein the output shaft is coupled to an interface adapter at a joint, the interface adapter is configured to provide a connection point with the aircraft structure, and the servo system is operated by electrical power and configured to receive commands to provide a degree of rotation of tilt during flight; a bladed component configured to rotate and provide thrust; and a thrust motor assembly that includes a motor configured to rotate the bladed component, wherein the thrust motor assembly is fully supported by the servo system; wherein the thrust motor assembly and the servo system are rigidly connected together and are further configured to rotate together with respect to the aircraft structure; wherein the bladed component and the thrust motor assembly are configured to generate a line of thrust; and wherein a center of the line of thrust always extends through the joint of the interface adapter and the output shaft. a servo system that includes an electric motor and an output shaft, wherein the output shaft is coupled to an interface adapter at a joint, the interface adapter is configured to provide a connection point with the aircraft structure, and the servo system is operated by electrical power and configured to receive commands to provide a degree of rotation of tilt during flight; a bladed component configured to rotate and provide thrust; and a thrust motor assembly that includes a motor configured to rotate the bladed component, wherein the thrust motor assembly is fully supported by the servo system; wherein the thrust motor assembly and the servo system are rigidly connected together and are further configured to rotate together with respect to the aircraft structure; wherein the bladed component and the thrust motor assembly are configured to generate a line of thrust; and wherein a center of the line of thrust always extends through the joint of the interface adapter and the output shaft.
A steering system (1, 1P) comprising: an upper jacket, to one end of which in a column axial direction a steering member is connected via an upper shaft; a lower jacket externally fitted with the other end of the upper jacket in the column axial direction so as to be slidable with respect to the upper jacket; a support member fixed to a vehicle body to support the lower jacket; a first resistive force generation unit that generates a first resistive force by performing first relative sliding with respect to the upper jacket when the upper jacket is moved with respect to the lower jacket at a time of a secondary collision; and a second resistive force generation unit that is moved together with the first resistive force generation unit in the column axial direction, and that generates a second resistive force by performing second relative sliding with respect to at least one of the support member and the lower jacket when the upper jacket is moved with respect to the lower jacket at the time of a secondary collision, characterized in that the first relative sliding refers to a frictional sliding between the first resistive force generation unit and the upper jacket, and the second relative sliding refers to a frictional sliding between the second resistive force generation unit and the support member and the lower jacket. an upper jacket, to one end of which in a column axial direction a steering member is connected via an upper shaft; a lower jacket externally fitted with the other end of the upper jacket in the column axial direction so as to be slidable with respect to the upper jacket; a support member fixed to a vehicle body to support the lower jacket; a first resistive force generation unit that generates a first resistive force by performing first relative sliding with respect to the upper jacket when the upper jacket is moved with respect to the lower jacket at a time of a secondary collision; and a second resistive force generation unit that is moved together with the first resistive force generation unit in the column axial direction, and that generates a second resistive force by performing second relative sliding with respect to at least one of the support member and the lower jacket when the upper jacket is moved with respect to the lower jacket at the time of a secondary collision, characterized in that the first relative sliding refers to a frictional sliding between the first resistive force generation unit and the upper jacket, and the second relative sliding refers to a frictional sliding between the second resistive force generation unit and the support member and the lower jacket.
A method of making mineral fibre products, comprising the steps of - providing an incoming primary web of mineral wool; - dividing the incoming primary web longitudinally into a first primary web and a second primary web for feeding a first production line and a second production line; and - adjusting the width of the first and second primary webs during the production in accordance with production demand on said first and second production lines. - providing an incoming primary web of mineral wool; - dividing the incoming primary web longitudinally into a first primary web and a second primary web for feeding a first production line and a second production line; and - adjusting the width of the first and second primary webs during the production in accordance with production demand on said first and second production lines.
A method for operating an optical network element (303, 305) connected to a switch (205, 308), the optical network element (303, 305) comprising at least one equalizer or filter, wherein at least one set of parameters (312, 313) associated to the at least one equalizer or filter to operate the optical network element (303, 305) is determined during a start-up of the optical network element (303, 305); and wherein sets of parameters (312, 313) suitable for different positions of the switch are saved in a memory; characterized in that in case of a switching between transmission fibers, the switching is detected and a subsequent different set of parameters (312, 313) to operate the optical network element (303, 305) is selected based on a quality parameter fast enough to avoid loss of a connection. wherein at least one set of parameters (312, 313) associated to the at least one equalizer or filter to operate the optical network element (303, 305) is determined during a start-up of the optical network element (303, 305); and wherein sets of parameters (312, 313) suitable for different positions of the switch are saved in a memory;
A microwave filter comprising: a housing defining an inner cavity; an input port; an output port; a first resonator positioned in a first portion of the inner cavity; a third resonator positioned in a third portion of the inner cavity and being cross-coupled with the first resonator; a second resonator positioned in a second portion of the inner cavity, the second resonator being coupled to the first resonator and the third resonator. a fifth resonator positioned in a fifth portion of the inner cavity; and wherein the input port forms a first electromagnetic connection with the first resonator and the output port forms a second electromagnetic connection with the fifth resonator, and wherein the fifth resonator is cross-coupled to the third resonator; and a fourth resonator positioned in a fourth portion of the inner cavity, the fourth resonator being elongated and being coupled with the third resonator and the fifth resonator, the cross-section of the fourth resonator in a plane parallel to a housing floor being elongated in a lengthwise direction. a housing defining an inner cavity; an input port; an output port; a first resonator positioned in a first portion of the inner cavity; a third resonator positioned in a third portion of the inner cavity and being cross-coupled with the first resonator; a second resonator positioned in a second portion of the inner cavity, the second resonator being coupled to the first resonator and the third resonator. a fifth resonator positioned in a fifth portion of the inner cavity; and wherein the input port forms a first electromagnetic connection with the first resonator and the output port forms a second electromagnetic connection with the fifth resonator, and wherein the fifth resonator is cross-coupled to the third resonator; and a fourth resonator positioned in a fourth portion of the inner cavity, the fourth resonator being elongated and being coupled with the third resonator and the fifth resonator, the cross-section of the fourth resonator in a plane parallel to a housing floor being elongated in a lengthwise direction.
A printing method for printing a photothermal conversion layer used for causing expansion of at least a portion of a thermal expansion layer of a thermal expansion sheet, the printing method comprising: printing the photothermal conversion layer on at least one of a first face or a second face of the thermal expansion sheet using an ink comprising cesium tungsten oxide or lanthanum hexaboride as an inorganic infrared absorbing agent having a higher absorptivity in at least one region of an infrared light spectrum than in a visible light spectrum, wherein the printing of the photothermal conversion layer includes forming a photothermal conversion layer by the ink being received into at least a portion of an ink receiving layer disposed on the thermal expansion layer, and forming the photothermal conversion layer such that the portion of the thermal expansion layer that is overlaid with the photothermal conversion layer remains covered with the ink receiving layer upon swelling of said portion by heat generated by the photothermal conversion layer. printing the photothermal conversion layer on at least one of a first face or a second face of the thermal expansion sheet using an ink comprising cesium tungsten oxide or lanthanum hexaboride as an inorganic infrared absorbing agent having a higher absorptivity in at least one region of an infrared light spectrum than in a visible light spectrum, wherein the printing of the photothermal conversion layer includes forming a photothermal conversion layer by the ink being received into at least a portion of an ink receiving layer disposed on the thermal expansion layer, and forming the photothermal conversion layer such that the portion of the thermal expansion layer that is overlaid with the photothermal conversion layer remains covered with the ink receiving layer upon swelling of said portion by heat generated by the photothermal conversion layer. forming a photothermal conversion layer by the ink being received into at least a portion of an ink receiving layer disposed on the thermal expansion layer, and forming the photothermal conversion layer such that the portion of the thermal expansion layer that is overlaid with the photothermal conversion layer remains covered with the ink receiving layer upon swelling of said portion by heat generated by the photothermal conversion layer.
A demodulation sensor comprising: a pixel array comprising pixels that each produce at least two samples per modulation period, wherein each of the pixels comprises a photosensitive region in which incoming light generates charge carriers, and a demodulator/correlator that transfers the charge carriers among multiple storage sites (220A, 220B,...); and a storage array comprising charge storage elements and post-processing circuitry to provide processing functionality prior to readout from the storage array; wherein each of the charge storage elements is linked to and associated with a particular pixel of the pixel array and each of the charge storage elements receives the at least two samples from the corresponding particular pixel; and wherein each charge storage element is configured to output more samples within one acquisition cycle than each pixel is configured to output within one acquisition cycle. a pixel array comprising pixels that each produce at least two samples per modulation period, wherein each of the pixels comprises a photosensitive region in which incoming light generates charge carriers, and a demodulator/correlator that transfers the charge carriers among multiple storage sites (220A, 220B,...); and a photosensitive region in which incoming light generates charge carriers, and a demodulator/correlator that transfers the charge carriers among multiple storage sites (220A, 220B,...); and a storage array comprising charge storage elements and post-processing circuitry to provide processing functionality prior to readout from the storage array; wherein each of the charge storage elements is linked to and associated with a particular pixel of the pixel array and each of the charge storage elements receives the at least two samples from the corresponding particular pixel; and wherein each charge storage element is configured to output more samples within one acquisition cycle than each pixel is configured to output within one acquisition cycle.
Use of a chemical conversion coated metal sheet for non-condensed thermoplastic resin bonding, the chemical conversion coated metal sheet comprising a metal substrate and a chemical conversion coating film disposed on at least one surface of the metal substrate, wherein the chemical conversion coating film is obtained by coating the metal substrate with a coating liquid that contains an ethylene-acrylic acid copolymer, colloidal silica, and a silane coupling agent, and the ethylene-acrylic acid copolymer has an acrylic acid content of 10 mass% or more and a melt flow rate of 80g/10min or less.
A paint distributing plate system for insertion into a paint bucket having an external upper rim, wherein the paint distributing plate system comprises a paint distributing plate with a lower part and an upper part with the lower part having a width being smaller than the diameter of the largest cross-sectional dimension of the paint bucket, characterised in that the paint distributing system further comprises a pair of adjustable attachment hook arrangements provided on the upper part of the paint distributing plate, one on each side of the paint distributing plate, for securing the paint distributing plate to the upper rim of the paint bucket.
A ballistic-resistant panel comprising: a strike-face including a plurality of interleaved layers of non-fibrous ultra high molecular weight polyethylene tape; a plurality of backing layers bonded to said strike-face; said backing layers including a plurality of interleaved layers of high modulus fibers; and an adhesive disposed between each of said interleaved layers. a strike-face including a plurality of interleaved layers of non-fibrous ultra high molecular weight polyethylene tape; a plurality of backing layers bonded to said strike-face; said backing layers including a plurality of interleaved layers of high modulus fibers; and an adhesive disposed between each of said interleaved layers.