mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for attaching a nose cone to a turbofan engine, comprising: a single center bolt connector ; a nose cone ; a turbofan hub , wherein the single center bolt connector couples the nose cone to the turbofan hub; and the single center bolt connector axially clamps the nose cone to the turbofan hub, the assembly further comprising: a nose cone base ; a hub forward face , wherein the nose cone base abuts the hub forward face ; an interrupted pilot disposed about the nose cone base ; and one or more scallops disposed about the hub forward face , wherein the interrupted pilot couples the nose cone base to the hub forward face by interconnecting with the one or more scallops . a single center bolt connector ; a nose cone ; a turbofan hub , wherein the single center bolt connector couples the nose cone to the turbofan hub; and the single center bolt connector axially clamps the nose cone to the turbofan hub, the assembly further comprising: a nose cone base ; a hub forward face , wherein the nose cone base abuts the hub forward face ; an interrupted pilot disposed about the nose cone base ; and one or more scallops disposed about the hub forward face , wherein the interrupted pilot couples the nose cone base to the hub forward face by interconnecting with the one or more scallops . a nose cone base ; a hub forward face , wherein the nose cone base abuts the hub forward face ; an interrupted pilot disposed about the nose cone base ; and one or more scallops disposed about the hub forward face , wherein the interrupted pilot couples the nose cone base to the hub forward face by interconnecting with the one or more scallops .
A side vehicle-body structure for a vehicle, the side vehicle-body structure comprising a center pillar in which a lower end side is positioned on a vehicle-width-direction outer side with respect to an upper end thereof, wherein the center pillar includes: a front wall ; an outer wall ; a breakage inducing portion that is provided to be close to a lower portion of the outer wall of the center pillar and is configured to induce breakage at time of a side collision; and a step-down portion recessed to a vehicle-width-direction inner side provided in a corner portion between a vehicle-width-direction outer portion of the front wall and a front portion of the outer wall of the center pillar of the breakage inducing portion , and an energy absorbing material is disposed between the step-down portion and an inner panel , wherein the vehicle is a front-hinged front door and a rear-hinged rear door vehicle including a front door and a rear door in a form of a front-hinged front door and a rear-hinged rear door structure, and wherein the center pillar is built in a front end portion of the rear door , the step-down portion is formed in the corner portion on a front side of the center pillar , and a rear end portion of the front door is configured to overlap at least partially with an outer side of the step-down portion . the center pillar includes: a front wall ; an outer wall ; a breakage inducing portion that is provided to be close to a lower portion of the outer wall of the center pillar and is configured to induce breakage at time of a side collision; and a step-down portion recessed to a vehicle-width-direction inner side provided in a corner portion between a vehicle-width-direction outer portion of the front wall and a front portion of the outer wall of the center pillar of the breakage inducing portion , and a front wall ; an outer wall ; a breakage inducing portion that is provided to be close to a lower portion of the outer wall of the center pillar and is configured to induce breakage at time of a side collision; and a step-down portion recessed to a vehicle-width-direction inner side provided in a corner portion between a vehicle-width-direction outer portion of the front wall and a front portion of the outer wall of the center pillar of the breakage inducing portion , and an energy absorbing material is disposed between the step-down portion and an inner panel , wherein the vehicle is a front-hinged front door and a rear-hinged rear door vehicle including a front door and a rear door in a form of a front-hinged front door and a rear-hinged rear door structure, and wherein the center pillar is built in a front end portion of the rear door , the step-down portion is formed in the corner portion on a front side of the center pillar , and a rear end portion of the front door is configured to overlap at least partially with an outer side of the step-down portion .
Use of at least one multiblock copolymer (I) as sacrificial material in a process for 3D printing polymers the Tg of which is between 140 and 200°C chosen from PEEK, PEKK, PEK, PEKEKK, PEEKK, PEKK, PEI, PAI, PSU and PPS, at least one multiblock copolymer (I) comprising at least one block consisting of i monomers M i linked together randomly, i being an integer ranging from 2 to 5, limits included, and at least one block consisting of j monomers M j linked together randomly, j being an integer ranging from 2 to 5, limits included, M i being selected from monomers A the Tg of the homopolymers of which is less than 0°C and hydrophilic monomers B, the proportion by mass of A ranging from 80% to 95% and the proportion by mass of B ranging from 5% to 20%, M j being selected from monomers C the Tg of the homopolymers of which is less than 0°C, monomers D the Tg of the homopolymers of which is greater than 25°C and hydrophilic monomers E, the proportions by mass of the monomers C, D and E being respectively between 25-35%, 25-35% and 35-45%.
A base station apparatus comprising: a transmitter which is adapted to transmit downlink data to a terminal apparatus on a first component carrier and a second component carrier, wherein a transmission mode is set to support up to two transport blocks on the first component carrrier; a receiver which is adapted to receive from the terminal apparatus a response signal indicative of a plurality of error detection results of the downlink data, wherein, when a semi-persistent scheduling, SPS, is activated for the first component carrier to periodically assign resources, the response signal is mapped to either one of a first physical uplink control channel, PUCCH, resource and a second PUCCH resource respectively indicated by a first PUCCH resource index and a second PUCCH resource index, the first PUCCH resource index is selected from a plurality of PUCCH resource indices by selecting a PUCCH resource index corresponding to a value of a transmission power control, TPC, command for an uplink control channel, and the second PUCCH resource index is selected from the plurality of PUCCH resource indices by selecting another PUCCH resource index which is a value generated by adding 1 to the selected first PUCCH resource index; and a retransmission controller which is adapted to determine necessity of retransmission of the downlink data based on the received response signal and to retransmit the downlink data. a transmitter which is adapted to transmit downlink data to a terminal apparatus on a first component carrier and a second component carrier, wherein a transmission mode is set to support up to two transport blocks on the first component carrrier; a receiver which is adapted to receive from the terminal apparatus a response signal indicative of a plurality of error detection results of the downlink data, wherein, when a semi-persistent scheduling, SPS, is activated for the first component carrier to periodically assign resources, the response signal is mapped to either one of a first physical uplink control channel, PUCCH, resource and a second PUCCH resource respectively indicated by a first PUCCH resource index and a second PUCCH resource index, the first PUCCH resource index is selected from a plurality of PUCCH resource indices by selecting a PUCCH resource index corresponding to a value of a transmission power control, TPC, command for an uplink control channel, and the second PUCCH resource index is selected from the plurality of PUCCH resource indices by selecting another PUCCH resource index which is a value generated by adding 1 to the selected first PUCCH resource index; and a retransmission controller which is adapted to determine necessity of retransmission of the downlink data based on the received response signal and to retransmit the downlink data.
An image processing program that causes a computer to execute an image processing method comprising: acquiring step (S11) of acquiring an input image generated by image pickup through an optical system characterized in that the image processing method further comprises: generating step (S13) of generating a point spread function by using a function, that is configured to form a rotationally asymmetric distribution, and coefficient data of the function corresponding to an image-pickup condition of the optical system such that the function using the coefficient data approximates a point spread function corresponding to the image-pickup condition of the optical system; and providing step (S15) of providing unsharp mask processing to the input image using a filter generated based on information of the point spread function generated by using the coefficient data, wherein the filter has two-dimensional tap data, and wherein the data amount of the coefficient data is less than the data amount of the two-dimensional tap data of the filter generated based on information of the point spread function generated by using the coefficient data. acquiring step (S11) of acquiring an input image generated by image pickup through an optical system characterized in that the image processing method further comprises: generating step (S13) of generating a point spread function by using a function, that is configured to form a rotationally asymmetric distribution, and coefficient data of the function corresponding to an image-pickup condition of the optical system such that the function using the coefficient data approximates a point spread function corresponding to the image-pickup condition of the optical system; and providing step (S15) of providing unsharp mask processing to the input image using a filter generated based on information of the point spread function generated by using the coefficient data, wherein the filter has two-dimensional tap data, and wherein the data amount of the coefficient data is less than the data amount of the two-dimensional tap data of the filter generated based on information of the point spread function generated by using the coefficient data. generating step (S13) of generating a point spread function by using a function, that is configured to form a rotationally asymmetric distribution, and coefficient data of the function corresponding to an image-pickup condition of the optical system such that the function using the coefficient data approximates a point spread function corresponding to the image-pickup condition of the optical system; and providing step (S15) of providing unsharp mask processing to the input image using a filter generated based on information of the point spread function generated by using the coefficient data, wherein the filter has two-dimensional tap data, and wherein the data amount of the coefficient data is less than the data amount of the two-dimensional tap data of the filter generated based on information of the point spread function generated by using the coefficient data.
An image processing apparatus for performing image processing on a superimposed image in which a plurality of images are superimposed, the image processing apparatus comprising: an image processor configured to generate the superimposed image being a screen image to be displayed on a display of the image processing apparatus , the superimposed image including at least a first layer on which a stroke image is drawn and a second layer on which a background image is drawn, the first layer and the second layer being superimposed such that the first layer is overlapped over the second layer; characterized by a determiner (20A1) configured to determine whether a storage destination, which is for storing image data representing the superimposed image, is an external device coupled to the image processing apparatus ; and a modifier (20A2) configured to compress background image data representing the background image among the image data, and to refrain from compressing stroke image data representing the stroke image among the image data, in response to the storage destination being determined to be the external device by the determiner (20A1). an image processor configured to generate the superimposed image being a screen image to be displayed on a display of the image processing apparatus , the superimposed image including at least a first layer on which a stroke image is drawn and a second layer on which a background image is drawn, the first layer and the second layer being superimposed such that the first layer is overlapped over the second layer; characterized by a determiner (20A1) configured to determine whether a storage destination, which is for storing image data representing the superimposed image, is an external device coupled to the image processing apparatus ; and a modifier (20A2) configured to compress background image data representing the background image among the image data, and to refrain from compressing stroke image data representing the stroke image among the image data, in response to the storage destination being determined to be the external device by the determiner (20A1).
A wiring device comprising: an interrupting device electrically connecting one or more line terminals to one or more load terminals when the interrupting device is in a reset condition and disconnecting the line terminals from the load terminals when the interrupting device is in a tripped condition; a fault detection circuit configured to detect a fault condition and generate a fault detection signal in response to detecting the fault condition, the fault detection signal being provided to the interrupting device to place the interrupting device in the tripped condition; and comprising a testing circuit configured to, determine a frequency of an input voltage at the one or more line terminals , characterized in that the testing circuit is further configured to determine whether the frequency of the input voltage is within a predetermined range, and when the frequency is within the predetermined range, perform a first test of the interrupting device at a first period of the frequency, and a second test of the fault detection circuit at a second period of the frequency. an interrupting device electrically connecting one or more line terminals to one or more load terminals when the interrupting device is in a reset condition and disconnecting the line terminals from the load terminals when the interrupting device is in a tripped condition; a fault detection circuit configured to detect a fault condition and generate a fault detection signal in response to detecting the fault condition, the fault detection signal being provided to the interrupting device to place the interrupting device in the tripped condition; and comprising a testing circuit configured to, determine a frequency of an input voltage at the one or more line terminals , characterized in that the testing circuit is further configured to determine whether the frequency of the input voltage is within a predetermined range, and when the frequency is within the predetermined range, perform a first test of the interrupting device at a first period of the frequency, and a second test of the fault detection circuit at a second period of the frequency. determine a frequency of an input voltage at the one or more line terminals , characterized in that the testing circuit is further configured to determine whether the frequency of the input voltage is within a predetermined range, and when the frequency is within the predetermined range, perform a first test of the interrupting device at a first period of the frequency, and a second test of the fault detection circuit at a second period of the frequency.
An antifuse-type OTP memory cell (cx), comprising: a select transistor (Tsx), wherein a first drain/source terminal of the select transistor (Tsx) is connected with a bit line (BL), and a gate terminal of the select transistor (Tsx) is connected with a word line (WL); an antifuse transistor (Tax), wherein a first drain/source terminal of the antifuse transistor (Tax) is connected with a second drain/source terminal of the select transistor (Tsx), and a gate terminal of the antifuse transistor (Tax) is connected with an antifuse control line (AFx); and an isolation transistor (Tixy), wherein a first drain/source terminal of the isolation transistor (Tixy) is connected with a second drain/source terminal of the antifuse transistor (Tax), and a gate terminal of the isolation transistor (Tixy) is connected with an isolation control line (ISxy), characterized in that a second drain/source terminal of the isolation transistor (Tixy) is connected with another antifuse transistor (Tay) included in another antifuse-type OTP memory cell (cy) that is adjacent to the antifuse-type OTP memory cell (cx); and the bit line (BL) is only connected with the first drain/source terminal of the select transistor (Tsx) in the antifuse-type OTP memory cell (cx). a select transistor (Tsx), wherein a first drain/source terminal of the select transistor (Tsx) is connected with a bit line (BL), and a gate terminal of the select transistor (Tsx) is connected with a word line (WL); an antifuse transistor (Tax), wherein a first drain/source terminal of the antifuse transistor (Tax) is connected with a second drain/source terminal of the select transistor (Tsx), and a gate terminal of the antifuse transistor (Tax) is connected with an antifuse control line (AFx); and an isolation transistor (Tixy), wherein a first drain/source terminal of the isolation transistor (Tixy) is connected with a second drain/source terminal of the antifuse transistor (Tax), and a gate terminal of the isolation transistor (Tixy) is connected with an isolation control line (ISxy), characterized in that a second drain/source terminal of the isolation transistor (Tixy) is connected with another antifuse transistor (Tay) included in another antifuse-type OTP memory cell (cy) that is adjacent to the antifuse-type OTP memory cell (cx); and the bit line (BL) is only connected with the first drain/source terminal of the select transistor (Tsx) in the antifuse-type OTP memory cell (cx).
A method for measuring a liquid level in a pressure vessel of a urea synthesis plant, the method comprising: emitting a first electromagnetic signal from above the liquid level and towards the liquid level, through a wave guide ; detecting a second electromagnetic signal which is generated by the first signal reflected by the surface of the liquid; determining the liquid level on the basis of the elapsed time between the emission of the first signal and the detection of the second signal, wherein the gaseous phase contained in the pressure vessel above said liquid level, which is a gaseous phase including ammonia and carbon dioxide, has a pressure equal to or greater than 80 bar and a temperature equal to or greater than 120 °C, characterized in that said wave guide is an elongate solid rod , and in that the solid rod extends below the liquid level and wherein the determination of the liquid level comprises a step of a compensation of the dielectric of said gaseous phase. emitting a first electromagnetic signal from above the liquid level and towards the liquid level, through a wave guide ; detecting a second electromagnetic signal which is generated by the first signal reflected by the surface of the liquid; determining the liquid level on the basis of the elapsed time between the emission of the first signal and the detection of the second signal, wherein the gaseous phase contained in the pressure vessel above said liquid level, which is a gaseous phase including ammonia and carbon dioxide, has a pressure equal to or greater than 80 bar and a temperature equal to or greater than 120 °C, characterized in that said wave guide is an elongate solid rod , and in that the solid rod extends below the liquid level and wherein the determination of the liquid level comprises a step of a compensation of the dielectric of said gaseous phase.
A device comprising: - a first flow channel for inhalation; - a body part comprising an inner volume , wherein a first space of the inner volume is adapted to be filled with liquid, - a second space of the inner volume being arranged to receive steam forming in the first space of the inner volume, whereby the first flow channel is arranged in a flow connection with the second space of the inner volume; - means comprising a first valve for conveying a gas flow from the steam space of the inner volume via the first flow channel to the outside of the device during inhalation; - a second flow channel arranged in a flow connection with the first space of the inner volume adapted to provide exhaled air into the liquid; and - means comprising a second valve for conveying the exhaled gas flow from the outside of the device via the second flow channel to the first space of the inner volume to increase pressure in the inner volume , characterized in that the device further comprises: - at least one sensor for measuring a flow and a temperature of an inhaled airflow and preferably also an exhaled airflow, - means for calculating an index based on said measurements, and - means for adjusting the flow of the inhaled and/or exhaled airflow manually and/or automatically based on the index. - a first flow channel for inhalation; - a body part comprising an inner volume , wherein a first space of the inner volume is adapted to be filled with liquid, - a second space of the inner volume being arranged to receive steam forming in the first space of the inner volume, whereby the first flow channel is arranged in a flow connection with the second space of the inner volume; - means comprising a first valve for conveying a gas flow from the steam space of the inner volume via the first flow channel to the outside of the device during inhalation; - a second flow channel arranged in a flow connection with the first space of the inner volume adapted to provide exhaled air into the liquid; and - means comprising a second valve for conveying the exhaled gas flow from the outside of the device via the second flow channel to the first space of the inner volume to increase pressure in the inner volume , - at least one sensor for measuring a flow and a temperature of an inhaled airflow and preferably also an exhaled airflow, - means for calculating an index based on said measurements, and - means for adjusting the flow of the inhaled and/or exhaled airflow manually and/or automatically based on the index.