mhurhangee/patent-ind-claim-en huggingface dataset:
A method of bending a door frame (W), comprising: a step of applying a tensile force which increases from an initial tensile force to said door frame (W) to draw out said door frame (W) in a lengthwise direction thereof; a step of measuring a displacement (d) of said door frame (W) after commencement of said application of said initial tensile force; and a step of bending said door frame (W); characterized in that when said displacement (d) exceeds a predetermined tensile fracture threshold value (D) within a predetermined period of time, the step of bending said door frame (W) is performed by applying a correction tensile force which is smaller than a tensile force at the time when said displacement (d) exceeds said tensile fracture threshold value (D) and a bending pressure for bending said door frame (W) into a curved shape in said lengthwise direction simultaneously to said door frame (W); and when said displacement (d) does not exceed said tensile fracture threshold value (D) until said predetermined period of time lapses, the step of bending said door frame (W) is performed by applying said correction tensile force which is smaller than a tensile force at the time when said predetermined period of time lapses and said bending pressure for bending said door frame (W) into a curved shape in said lengthwise direction simultaneously to said door frame (W). a step of applying a tensile force which increases from an initial tensile force to said door frame (W) to draw out said door frame (W) in a lengthwise direction thereof; a step of measuring a displacement (d) of said door frame (W) after commencement of said application of said initial tensile force; and a step of bending said door frame (W); characterized in that when said displacement (d) exceeds a predetermined tensile fracture threshold value (D) within a predetermined period of time, the step of bending said door frame (W) is performed by applying a correction tensile force which is smaller than a tensile force at the time when said displacement (d) exceeds said tensile fracture threshold value (D) and a bending pressure for bending said door frame (W) into a curved shape in said lengthwise direction simultaneously to said door frame (W); and when said displacement (d) does not exceed said tensile fracture threshold value (D) until said predetermined period of time lapses, the step of bending said door frame (W) is performed by applying said correction tensile force which is smaller than a tensile force at the time when said predetermined period of time lapses and said bending pressure for bending said door frame (W) into a curved shape in said lengthwise direction simultaneously to said door frame (W).
A folded heater of an electronic vaping device comprising: a first plurality of U-shaped segments arranged in a first direction and defining a first side of the heater ; a second plurality of U-shaped segments arranged in the first direction and defining a second side of the heater , the second side substantially parallel to the first side ; a first lead portion ; and a second lead portion , and the first plurality of U-shaped segments , the second plurality of U-shaped segments , the first lead portion , and the second lead portion being a single integral member. a first plurality of U-shaped segments arranged in a first direction and defining a first side of the heater ; a second plurality of U-shaped segments arranged in the first direction and defining a second side of the heater , the second side substantially parallel to the first side ; a first lead portion ; and a second lead portion , and the first plurality of U-shaped segments , the second plurality of U-shaped segments , the first lead portion , and the second lead portion being a single integral member.
An apparatus for measuring insulation resistance of a battery pack connected to a negative main relay and a positive main relay , the other sides of the main relays being connected to a link capacitor , the apparatus comprising: a measuring unit connected to both ends of the battery pack ; and a calculating unit ; wherein the measuring unit measures the resistance values of an internal positive insulation resistor and an internal negative insulation resistor of the battery pack in advance in an open state where the negative main relay and the positive main relay are electrically non-conducting (open), and measures a parallel resistance value including an external positive insulation resistor and an external negative insulation resistor , the external insulation resistors located at the link capacitor side of the main relays, in a state where the negative main relay is electrically conducting (closed), and the positive main relay is non-conducting (open); wherein the calculating unit calculates the resistance values of the external insulation resistors based on the measured internal resistance values and the measured parallel resistance values. a measuring unit connected to both ends of the battery pack ; and a calculating unit ; wherein the measuring unit measures the resistance values of an internal positive insulation resistor and an internal negative insulation resistor of the battery pack in advance in an open state where the negative main relay and the positive main relay are electrically non-conducting (open), and measures a parallel resistance value including an external positive insulation resistor and an external negative insulation resistor , the external insulation resistors located at the link capacitor side of the main relays, in a state where the negative main relay is electrically conducting (closed), and the positive main relay is non-conducting (open); wherein the calculating unit calculates the resistance values of the external insulation resistors based on the measured internal resistance values and the measured parallel resistance values.
An ultrasound susceptible magnetic directed nano drug carrier system preparation method, characterized by comprising the following process steps; i) Synthesizing the magnetic nanoparticles (MNP), preferably by means of the coprecipitation method ii) Amination of the synthesized magnetic nanoparticles, iii) Modifying drugs, where drugs being pemetrexed and pazopanib iv) Conjugating each of the modified drugs with different peptides, v) Obtaining nanoconjugates by binding the peptide-drug conjugates to the aminated magnetic nanoparticles, vi) Synthesizing the nanoconjugate loaded nanobubbles. i) Synthesizing the magnetic nanoparticles (MNP), preferably by means of the coprecipitation method ii) Amination of the synthesized magnetic nanoparticles, iii) Modifying drugs, where drugs being pemetrexed and pazopanib iv) Conjugating each of the modified drugs with different peptides, v) Obtaining nanoconjugates by binding the peptide-drug conjugates to the aminated magnetic nanoparticles, vi) Synthesizing the nanoconjugate loaded nanobubbles.
A correction device for a radiation detector including detector elements each for detecting photons incident onto the detector element and configured to provide a detector signal in accordance with the detected photons, wherein the correction device can be coupled to the radiation detector and comprises: - an acquisition unit configured to read count rates (m) and their associated incoming photon rates (n) and/or a parameter indicative thereof for an incident photon flux detected by the detector elements for different photon fluxes incident onto the radiation detector , - an evaluation unit configured to use the count rates (m) and incoming photon rates and/or the parameter indicative thereof to determine, for each detector element , a dead time of the detector element and a parameter representative of an effective area of the detector element on the basis of a detector model which allows for estimating a count rate (m) as a function of the incoming photon rate (n) and/or the parameter indicative thereof and which comprises the dead time and the effective area of the detector elements as parameters, and - a correction unit configured to determine for each detector element a first correction parameter to compensate for differences in the effective areas of the detector elements and a second correction parameter to compensate for the differences in the dead times of the detector elements on the basis of the determined parameters representative of the effective area and the determined dead times of the detector elements . - an acquisition unit configured to read count rates (m) and their associated incoming photon rates (n) and/or a parameter indicative thereof for an incident photon flux detected by the detector elements for different photon fluxes incident onto the radiation detector , - an evaluation unit configured to use the count rates (m) and incoming photon rates and/or the parameter indicative thereof to determine, for each detector element , a dead time of the detector element and a parameter representative of an effective area of the detector element on the basis of a detector model which allows for estimating a count rate (m) as a function of the incoming photon rate (n) and/or the parameter indicative thereof and which comprises the dead time and the effective area of the detector elements as parameters, and - a correction unit configured to determine for each detector element a first correction parameter to compensate for differences in the effective areas of the detector elements and a second correction parameter to compensate for the differences in the dead times of the detector elements on the basis of the determined parameters representative of the effective area and the determined dead times of the detector elements .
An aircraft engine assembly comprising a dual flow turbomachine as well as an attachment pylon for the turbomachine for attaching the turbomachine to a wing element of the aircraft, the assembly including thrust load pick-up rod interconnecting the turbomachine to the pylon, the turbomachine having an inter-flow compartment accommodating at least one lubricant tank , characterised in that it has a lubricant supply path fluidly interconnected to the tank , said path passing through a hollow internal zone of at least one of both thrust load pick-up rods .
Cable drum , wherein the cable drum has: a cable having a plug connector; a drum for reeling the cable ; at least one plug socket electrically coupled to the cable ; a rotary body , to which the at least one plug socket is attached and which can be actuated in such a way that the cable can be reeled onto the drum by actuating the rotary body , characterized by a plurality of open, radially extending discharge channels on the rotary body for discharging liquid from the rotary body ; wherein the rotary body with the open discharge channels is formed such that liquid supplied to the rotary body is discharged along the open discharge channels by means of a slope without accumulating in the area of the at least one plug socket ; and wherein protective sections of the rotary body are provided along the outer circumference of the rotary body between the open, radially extending discharge channels , which protective sections project in the axial direction of the drum , in particular also relative to the at least one plug socket , wherein the open discharge channels on the rotary body slope down radially outwards in an axial direction of the drum . a cable having a plug connector; a drum for reeling the cable ; at least one plug socket electrically coupled to the cable ; a rotary body , to which the at least one plug socket is attached and which can be actuated in such a way that the cable can be reeled onto the drum by actuating the rotary body , characterized by a plurality of open, radially extending discharge channels on the rotary body for discharging liquid from the rotary body ; wherein the rotary body with the open discharge channels is formed such that liquid supplied to the rotary body is discharged along the open discharge channels by means of a slope without accumulating in the area of the at least one plug socket ; and wherein protective sections of the rotary body are provided along the outer circumference of the rotary body between the open, radially extending discharge channels , which protective sections project in the axial direction of the drum , in particular also relative to the at least one plug socket , wherein the open discharge channels on the rotary body slope down radially outwards in an axial direction of the drum .
A communication method comprising the steps of: before sending, from a communication device , a first message destined for a destination, sending a backup message including a backup of the first message from the communication device to a backup device over a communication link, the communication link coupled to a tapping device at a point on the communication link between the communication device and the backup device , the tapping device configured to transmit a tap copy to the communication device verifying that the backup message is being transmitted across the communication link; and upon confirmation, by the communication device , of the tap copy of the backup message from the tapping device on the communication link, sending the first message to the destination. before sending, from a communication device , a first message destined for a destination, sending a backup message including a backup of the first message from the communication device to a backup device over a communication link, the communication link coupled to a tapping device at a point on the communication link between the communication device and the backup device , the tapping device configured to transmit a tap copy to the communication device verifying that the backup message is being transmitted across the communication link; and upon confirmation, by the communication device , of the tap copy of the backup message from the tapping device on the communication link, sending the first message to the destination.
An operation device , comprising: a first disparity search unit that uses a standard image that is an image obtained by capturing with a first camera and a reference image that is an image obtained by capturing with a second camera to calculate a disparity in the standard image in a unit of a first block and generate a temporary distance image ; a disparity invalidity determination unit that identifies an invalid region for which disparity calculation from the temporary distance image has failed; a condition generation unit that generates a search condition including disparity candidates of the invalid region using the temporary distance image ; and characterized in that it comprises a second disparity search unit that uses the standard image, the reference image, and the search condition to calculate a disparity of the invalid region in a unit of a second block having a size smaller than a size of the first block, and the first disparity search unit outputs candidate values, which are the disparity candidates of the invalid region, to the second disparity search unit , and the second disparity search unit selects one of the candidate values using the disparity candidates to set the selected candidate value as a temporary disparity, and calculates the disparity of the second block included in the invalid region using a predetermined range from the temporary disparity as a search range. a first disparity search unit that uses a standard image that is an image obtained by capturing with a first camera and a reference image that is an image obtained by capturing with a second camera to calculate a disparity in the standard image in a unit of a first block and generate a temporary distance image ; a disparity invalidity determination unit that identifies an invalid region for which disparity calculation from the temporary distance image has failed; a condition generation unit that generates a search condition including disparity candidates of the invalid region using the temporary distance image ; and characterized in that it comprises a second disparity search unit that uses the standard image, the reference image, and the search condition to calculate a disparity of the invalid region in a unit of a second block having a size smaller than a size of the first block, and the first disparity search unit outputs candidate values, which are the disparity candidates of the invalid region, to the second disparity search unit , and the second disparity search unit selects one of the candidate values using the disparity candidates to set the selected candidate value as a temporary disparity, and calculates the disparity of the second block included in the invalid region using a predetermined range from the temporary disparity as a search range.
A particulate active material for a power storage device positive electrode, the particulate active material comprising: particles of an electrically conductive polymer; and a conductive agent; wherein the electrically conductive polymer is (i) a polymer having inorganic acid anions as a dopant or (ii) a dedoped polymer; wherein the particles of the electrically conductive polymer each have the surface uniformly and tightly coated with the conductive agent; wherein the particulate active material is obtainable by shearing the electrically conductive polymer particles and the conductive agent by means of a composite particle producing apparatus, which is one selected from NOBILTA and MECHANOFUSION available from Hosokawa Micron Corporation, MIRROR-D available from Nara Machinery Co., Ltd., COMPOSI and CONPIX available from Nippon Coke and Engineering Co., Ltd., to coat the surface of the electrically conductive polymer particles uniformly and tightly with the conductive agent. particles of an electrically conductive polymer; and a conductive agent; wherein the electrically conductive polymer is (i) a polymer having inorganic acid anions as a dopant or (ii) a dedoped polymer; wherein the particles of the electrically conductive polymer each have the surface uniformly and tightly coated with the conductive agent; wherein the particulate active material is obtainable by shearing the electrically conductive polymer particles and the conductive agent by means of a composite particle producing apparatus, which is one selected from NOBILTA and MECHANOFUSION available from Hosokawa Micron Corporation, MIRROR-D available from Nara Machinery Co., Ltd., COMPOSI and CONPIX available from Nippon Coke and Engineering Co., Ltd., to coat the surface of the electrically conductive polymer particles uniformly and tightly with the conductive agent.
A laser lighting device configured, in operation, to emit phosphor-converted light , the laser lighting device comprising: - a laser light source configured to, in operation, emit laser light ; - a ceramic phosphor tile configured to receive laser light emitted by the laser light source , wherein the ceramic phosphor tile is configured for at least partly converting the laser light into the phosphor-converted light , the ceramic phosphor tile having a bottom face, a top face, and at least one side face arranged between the bottom face and the top face; - a reflective layer is configured over at least part of one or more of: the top face; the bottom face; and the at least one side face; - a heat sink ; - a metal layer arranged between the heat sink and the reflective layer, wherein the metal layer has a melting point below 120°C; - a protective layer arranged between the reflective layer and the metal layer to protect the reflective layer from the metal layer ; and - wherein the laser lighting device is configured to have metal of the metal layer in liquid form during operation of the laser light source . - a laser light source configured to, in operation, emit laser light ; - a ceramic phosphor tile configured to receive laser light emitted by the laser light source , wherein the ceramic phosphor tile is configured for at least partly converting the laser light into the phosphor-converted light , the ceramic phosphor tile having a bottom face, a top face, and at least one side face arranged between the bottom face and the top face; - a reflective layer is configured over at least part of one or more of: the top face; the bottom face; and the at least one side face; - a heat sink ; - a metal layer arranged between the heat sink and the reflective layer, wherein the metal layer has a melting point below 120°C; - a protective layer arranged between the reflective layer and the metal layer to protect the reflective layer from the metal layer ; and - wherein the laser lighting device is configured to have metal of the metal layer in liquid form during operation of the laser light source .
A method for receiving a downlink control channel by a communication device in a wireless communication system, the method comprising: receiving (S1210) a plurality of physical resource blocks, RBs, in a plurality of consecutive orthogonal frequency division multiplexing, OFDM, symbols, wherein the plurality of physical RBs includes a physical RB set semi-statically configured for the downlink control channel; and for reception of the downlink control channel for a cell, monitoring (S1230) a plurality of downlink control channel candidates for the cell on a control channel element set of the physical RB set among the plurality of physical RBs, wherein the plurality of downlink control channel candidates for the cell include two or more downlink control channel candidates for the cell in a search space of an aggregation level, separated by a gap on the control channel element set corresponding to the physical RB set, according to the number of configured control channel elements and the aggregation level. receiving (S1210) a plurality of physical resource blocks, RBs, in a plurality of consecutive orthogonal frequency division multiplexing, OFDM, symbols, wherein the plurality of physical RBs includes a physical RB set semi-statically configured for the downlink control channel; and for reception of the downlink control channel for a cell, monitoring (S1230) a plurality of downlink control channel candidates for the cell on a control channel element set of the physical RB set among the plurality of physical RBs, wherein the plurality of downlink control channel candidates for the cell include two or more downlink control channel candidates for the cell in a search space of an aggregation level, separated by a gap on the control channel element set corresponding to the physical RB set, according to the number of configured control channel elements and the aggregation level.