mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor structure, comprising: a doped conductive layer , doped with dopant ions; a metal conductive layer , located above the doped conductive layer ; a nitrogen-containing dielectric layer , located above the metal conductive layer ; a first molybdenum nitride layer , located between the doped conductive layer and the metal conductive layer and electrically connected to the doped conductive layer and the metal conductive layer ; and a second molybdenum nitride layer , located between the metal conductive layer and the nitrogen-containing dielectric layer , characterized in that an atomic ratio of nitrogen atoms in the second molybdenum nitride layer is greater than an atomic ratio of nitrogen atoms in the first molybdenum nitride layer . a doped conductive layer , doped with dopant ions; a metal conductive layer , located above the doped conductive layer ; a nitrogen-containing dielectric layer , located above the metal conductive layer ; a first molybdenum nitride layer , located between the doped conductive layer and the metal conductive layer and electrically connected to the doped conductive layer and the metal conductive layer ; and a second molybdenum nitride layer , located between the metal conductive layer and the nitrogen-containing dielectric layer , characterized in that an atomic ratio of nitrogen atoms in the second molybdenum nitride layer is greater than an atomic ratio of nitrogen atoms in the first molybdenum nitride layer .
Method for determining the state of an electric line by means of a measurement device during operational use, in which data is transmitted unidirectionally or bidirectionally via the electric line in accordance with a data transmission protocol (DTP), wherein a) according to the data transmission protocol, data is bundled into data packets (dp) which are transmitted separately from each other at time intervals (dg) via the electric line ; b) at least one measurement pulse (mp) is transmitted via the electric line during the time intervals (dg); c) within a time window, signal components (rsa) of the measurement pulse (mp) are measured which were reflected at reflection points (R) of the electric line ; d) the reflected signal components (rsa) are evaluated, and a corresponding state of the electric line is determined for at least one associated reflection point or damage location; and that from the measured reflected signal components (rsa) or from the data transmitted according to the data transmission protocol (DTP) or from parameters (fp) of a data transmission device at least one second measurement value, such as the signal quality, the bit error rate or a control variable of a filter or of a regenerator is derived; characterised in, that on the basis of the measured reflected signal components (rsa) or the course of the measured reflected signal components (rsa) and on the basis of second measurement values (sg, bfr, fp) or the course of the second measurement values (sg, bfr, fp) a maintenance and prognosis signal (wvs) is formed for the electric line , wherein the maintenance and prognosis signal (wvs) is a mathematical function which is calculated continuously in time. a) according to the data transmission protocol, data is bundled into data packets (dp) which are transmitted separately from each other at time intervals (dg) via the electric line ; b) at least one measurement pulse (mp) is transmitted via the electric line during the time intervals (dg); c) within a time window, signal components (rsa) of the measurement pulse (mp) are measured which were reflected at reflection points (R) of the electric line ; d) the reflected signal components (rsa) are evaluated, and a corresponding state of the electric line is determined for at least one associated reflection point or damage location; and that from the measured reflected signal components (rsa) or from the data transmitted according to the data transmission protocol (DTP) or from parameters (fp) of a data transmission device at least one second measurement value, such as the signal quality, the bit error rate or a control variable of a filter or of a regenerator is derived; characterised in, that on the basis of the measured reflected signal components (rsa) or the course of the measured reflected signal components (rsa) and on the basis of second measurement values (sg, bfr, fp) or the course of the second measurement values (sg, bfr, fp) a maintenance and prognosis signal (wvs) is formed for the electric line , wherein the maintenance and prognosis signal (wvs) is a mathematical function which is calculated continuously in time.
An information processing apparatus comprising a processing unit configured to issue a notification regarding a relationship between a predetermined area to be captured by a capturing apparatus and the capturing apparatus, on a basis of predetermined area information specifying the predetermined area and information regarding the capturing apparatus that is arranged, wherein the processing unit is configured to issue, as the notification regarding the relationship, a notification for aiding in changing an arrangement of the capturing apparatus, wherein the processing unit is configured to issue, as the notification for aiding in changing the arrangement of the capturing apparatus, a notification for changing the arrangement of the capturing apparatus such that the predetermined area is included in a capturing range of the capturing apparatus, wherein the predetermined area that is specified by the predetermined area information includes an area according to a type of sport. wherein the processing unit is configured to issue, as the notification regarding the relationship, a notification for aiding in changing an arrangement of the capturing apparatus, wherein the processing unit is configured to issue, as the notification for aiding in changing the arrangement of the capturing apparatus, a notification for changing the arrangement of the capturing apparatus such that the predetermined area is included in a capturing range of the capturing apparatus, wherein the predetermined area that is specified by the predetermined area information includes an area according to a type of sport.
An assembly , comprising: a base member fixed within a row of passenger seats of a vehicle, the base member having an attachment member ; a seat unit including a frame having an attachment member adapted for removable attachment with the attachment member of the base member; and a console unit including a frame having an attachment member adapted for removable attachment with the attachment member of the base member, wherein the attachment member of the base member includes a protuberance having outer surface dimensions; the attachment member of the seat unit includes a first opening having inner surface dimensions substantially corresponding to the outer surface dimensions of the protuberance and adapted for a press-fit connection with the protuberance; and the attachment member of the console unit includes a second opening having inner surface dimensions substantially corresponding to the outer surface dimensions of the protuberance and adapted for a press-fit connection with the protuberance. a base member fixed within a row of passenger seats of a vehicle, the base member having an attachment member ; a seat unit including a frame having an attachment member adapted for removable attachment with the attachment member of the base member; and a console unit including a frame having an attachment member adapted for removable attachment with the attachment member of the base member, wherein the attachment member of the base member includes a protuberance having outer surface dimensions; the attachment member of the seat unit includes a first opening having inner surface dimensions substantially corresponding to the outer surface dimensions of the protuberance and adapted for a press-fit connection with the protuberance; and the attachment member of the console unit includes a second opening having inner surface dimensions substantially corresponding to the outer surface dimensions of the protuberance and adapted for a press-fit connection with the protuberance.
A line striper for ground marking with a sprayable fluid, the line striper powered by at least one battery , the line striper comprising: a horizontal frame ; a front wheel mounted to the horizontal frame; a left rear wheel and a right rear wheel mounted to the horizontal frame; a rear axle extending from at least one of the left rear wheel and the right rear wheel; a mounting arm assembly connected to the horizontal frame; a spray gun mounted on the mounting arm assembly and positioned for spraying the ground; a pump mounted on the horizontal frame, the pump configured to pump the sprayable fluid to the spray gun; and a battery bay that extends partially below the rear axle, wherein the battery bay is a space for holding the at least one battery, characterized in that a bottom portion of the battery bay extends below the horizontal frame and the rear axle , such that the at least one battery is positioned partially above and partially below the rear axle when the at least one battery is placed in the battery bay, and such that the at least one battery is positioned partially above and partially below a bottom of the horizontal frame when the at least one battery is placed in the battery bay. a horizontal frame ; a front wheel mounted to the horizontal frame; a left rear wheel and a right rear wheel mounted to the horizontal frame; a rear axle extending from at least one of the left rear wheel and the right rear wheel; a mounting arm assembly connected to the horizontal frame; a spray gun mounted on the mounting arm assembly and positioned for spraying the ground; a pump mounted on the horizontal frame, the pump configured to pump the sprayable fluid to the spray gun; and a battery bay that extends partially below the rear axle, wherein the battery bay is a space for holding the at least one battery, characterized in that a bottom portion of the battery bay extends below the horizontal frame and the rear axle , such that the at least one battery is positioned partially above and partially below the rear axle when the at least one battery is placed in the battery bay, and such that the at least one battery is positioned partially above and partially below a bottom of the horizontal frame when the at least one battery is placed in the battery bay.
A preparation device of ammonia gas, configured to prepare ammonia gas by reacting ammonium chloride with a particulate inorganic salt, comprising a fluidized bed reactor , the fluidized bed reactor comprising: at least one preheating chamber , configured to preheat the particulate inorganic salt; at least one reaction chamber , configured for the particulate inorganic salt to contact and react with an aqueous solution of ammonium chloride to generate the ammonia gas; and an atomizing nozzle , located in the reaction chamber , configured to atomize the ammonium chloride aqueous solution, wherein the preparation device is configured so that a carrier gas is introduced into the preheating chamber and the reaction chamber to cause the particulate inorganic salt to form a fluidized particulate bed layer, and an empty bed gas velocity of the carrier gas in the preheating chamber is higher than an empty bed gas velocity of the carrier gas in the reaction chamber , so that a particulate bed layer density in the preheating chamber is smaller than a particulate bed layer density in the reaction chamber . at least one preheating chamber , configured to preheat the particulate inorganic salt; at least one reaction chamber , configured for the particulate inorganic salt to contact and react with an aqueous solution of ammonium chloride to generate the ammonia gas; and an atomizing nozzle , located in the reaction chamber , configured to atomize the ammonium chloride aqueous solution, wherein the preparation device is configured so that a carrier gas is introduced into the preheating chamber and the reaction chamber to cause the particulate inorganic salt to form a fluidized particulate bed layer, and an empty bed gas velocity of the carrier gas in the preheating chamber is higher than an empty bed gas velocity of the carrier gas in the reaction chamber , so that a particulate bed layer density in the preheating chamber is smaller than a particulate bed layer density in the reaction chamber .
A structural assembly for a motor vehicle comprising a stretcher line and an upper support cup for a suspension system of a wheel, the assembly comprising a wheel arch wall for said wheel, the assembly further comprising at least one sheet metal shaped to form a force path extending from the stretcher line towards the cup , the wheel arch wall being arranged between the cup , the force path and the stretcher line, the assembly comprising connecting member connecting the cup and the force path , the assembly being characterized in that the connecting member is shaped to deform in a predefined manner so as to transmit to the cup , along a transverse axis (A) of the vehicle, at least a part of the longitudinal forces generated on the force path during a test with a reduced frontal overlapping.
A wind turbine blade pitch system for rotating rotor blades of a wind turbine relative to a hub , the wind turbine pitch system comprising: an actuating stem moveable in an axial direction; a traverse holder ; a traverse rotatably mounted on the actuating stem , wherein the traverse comprises a traverse arm radially extending from the traverse holder ; a connection plate rotationally coupling the traverse and the traverse holder ; and, a crank arm connected at one end to the traverse arm and at another end to a rotatable pitch bearing coupled to the rotor blade , the crank arm being configured to convert the axial movement of the actuating stem into a rotational movement of the rotor blade , characterized in that the connection plate comprises: an inner annular flange region secured to the traverse holder ; an outer annular flange region secured to the traverse ; and, a central annular region radially positioned between and connecting the inner and outer annular flange regions , wherein the central annular region is configured to flex relative to the inner and outer annular flange portions to reduce the stiffness of the connection plate between inner and outer annular flange portions . an actuating stem moveable in an axial direction; a traverse holder ; a traverse rotatably mounted on the actuating stem , wherein the traverse comprises a traverse arm radially extending from the traverse holder ; a connection plate rotationally coupling the traverse and the traverse holder ; and, a crank arm connected at one end to the traverse arm and at another end to a rotatable pitch bearing coupled to the rotor blade , the crank arm being configured to convert the axial movement of the actuating stem into a rotational movement of the rotor blade , characterized in that the connection plate comprises: an inner annular flange region secured to the traverse holder ; an outer annular flange region secured to the traverse ; and, a central annular region radially positioned between and connecting the inner and outer annular flange regions , wherein the central annular region is configured to flex relative to the inner and outer annular flange portions to reduce the stiffness of the connection plate between inner and outer annular flange portions . an inner annular flange region secured to the traverse holder ; an outer annular flange region secured to the traverse ; and, a central annular region radially positioned between and connecting the inner and outer annular flange regions , wherein the central annular region is configured to flex relative to the inner and outer annular flange portions to reduce the stiffness of the connection plate between inner and outer annular flange portions .
A digital X-ray detector , comprising: control circuitry configured to: obtain respective electromagnetic interference (EMI) frequencies of a plurality of EMI signals; receive a signal to start a scan; ensure EMI noise is in a same phase during acquisition of offset images and read images to enable a subtraction of the EMI noise by synchronizing the scan based on the respective EMI frequencies so that a time of start for the scan is a multiple of each respective period of the plurality of EMI signals; and start the scan, wherein the control circuitry is configured to obtain the respective EMI frequencies by calculating the respective EMI frequencies from one or more offset scans acquired by the digital X-ray detctor , and wherein the control circuitry is configured to calculate the respective EMI frequencies by extracting data from the one or more offset scans, performing fast Fourier transformation on a signal representative of the data, and determine if a frequency of the discrete Fourier transform (DFT) of the signal equals a specific EMI frequency, and wherein the control circuitry is configured to set the respective EMI frequencies as respective frequencies of the DFT when the frequency of the DFT equals the specific EMI frequency and to set the respective EMI frequencies as zero when the frequency of the DFT does not equal the specific EMI frequency. obtain respective electromagnetic interference (EMI) frequencies of a plurality of EMI signals; receive a signal to start a scan; ensure EMI noise is in a same phase during acquisition of offset images and read images to enable a subtraction of the EMI noise by synchronizing the scan based on the respective EMI frequencies so that a time of start for the scan is a multiple of each respective period of the plurality of EMI signals; and start the scan, wherein the control circuitry is configured to obtain the respective EMI frequencies by calculating the respective EMI frequencies from one or more offset scans acquired by the digital X-ray detctor , and wherein the control circuitry is configured to calculate the respective EMI frequencies by extracting data from the one or more offset scans, performing fast Fourier transformation on a signal representative of the data, and determine if a frequency of the discrete Fourier transform (DFT) of the signal equals a specific EMI frequency, and wherein the control circuitry is configured to set the respective EMI frequencies as respective frequencies of the DFT when the frequency of the DFT equals the specific EMI frequency and to set the respective EMI frequencies as zero when the frequency of the DFT does not equal the specific EMI frequency.
Tool for assembling a specimen carrier assembly adapted for use in an electron imaging apparatus, the specimen carrier assembly comprising a specimen holder , an object grid containing the sample during measurement in the analytical apparatus, and a C-shaped resilient fixing ring for removably fixing the object grid into a groove of the specimen holder , characterized in that the tool comprises an elongate hollow handling device with a holding sleeve surrounding a cylindrical pin (11"); that the cylindrical pin (11") is translatory movable within the holding sleeve in both directions from a first position in which the pin (11") protrudes from the holding sleeve at its lower end to a second position in which the pin (11") is retracted into the holding sleeve , and back; and that the hollow handling device is designed and dimensioned in such a way that the C-shaped fixing ring can be pushed into the groove of the specimen holder by moving the cylindrical pin (11") into its first position. in that the tool comprises an elongate hollow handling device with a holding sleeve surrounding a cylindrical pin (11"); that the cylindrical pin (11") is translatory movable within the holding sleeve in both directions from a first position in which the pin (11") protrudes from the holding sleeve at its lower end to a second position in which the pin (11") is retracted into the holding sleeve , and back; and that the hollow handling device is designed and dimensioned in such a way that the C-shaped fixing ring can be pushed into the groove of the specimen holder by moving the cylindrical pin (11") into its first position.
A method of generating a magnetic resonance spectroscopy (MRS) image of a material of interest, which has a resonant frequency smaller than the resonant frequency of water, the method comprising suppressing a water signal and reinforcing a metabolite signal by adjusting a central frequency of an excitation signal and a receiver bandwidth, wherein the method comprises: applying the size of the receiver bandwidth so as to be the same as a difference between the resonant frequency of water and the central frequency and applying the excitation signal adjusted so as to have a central frequency which is smaller than the resonant frequency of water, wherein the central frequency is a resonant frequency of a particular metabolite of interest.
A rocket engine, comprising an axisymmetric propulsion chamber , including a throat at which the diameter of the propulsion chamber is a minimum, an injection head configured to inject at least one liquid propellant into the propulsion chamber , and a destructible tubular guide , applied coaxially in the propulsion chamber so as to channel said propellant downstream of the throat of the propulsion chamber , characterized in that at least one portion of the guide is configured to resist at least 2 seconds at a temperature of 1700 °C.
Method for producing a thermal barrier system on a metal substrate of a turbine engine part, such as a high-pressure turbine blade, the thermal barrier system comprising at least one columnar ceramic layer (3; 31, ..., 3i, ..., 3n), characterised in that the method comprises a step of compressing at least one of said at least one columnar ceramic layer (3; 31, ..., 3i, ..., 3n); in that the compression is capable of reducing the spaces between the columns of the compressed columnar ceramic layer or layers (3; 31, ..., 3i, ..., 3n).