mhurhangee/patent-ind-claim-en huggingface dataset:
A carrier comprising a hydraulic cylinder having a piston , a controller and a piston position sensor , wherein the carrier is arranged to carry an accessory through the use of the hydraulic cylinder and wherein the controller is configured to: receive piston position information; determine a direction of movement of the piston ; and if the piston position equals a stop distance (d1, d2) from an end wall of the hydraulic cylinder in the direction of movement, controlling the movement of the piston so as to stop the piston . receive piston position information; determine a direction of movement of the piston ; and if the piston position equals a stop distance (d1, d2) from an end wall of the hydraulic cylinder in the direction of movement, controlling the movement of the piston so as to stop the piston .
A diagnostic method for diagnosing a misfire condition of individual engine cylinders in a turbocharged diesel engine having at least a first and a second cylinder, further comprising: - one or more pressure sensors for measuring a pressure value in an exhaust path of the at least first and second cylinder; - a crankshaft position sensor, for detecting a rotational crankshaft position; and - a processor unit for reading the pressure sensor and the crankshaft position sensor; - wherein the processor unit is arranged for performing acts of: - obtaining a number of subsequent sampling pressure values (p1..pm) of the pressure sensor as a function of crankshaft angle position; - selecting a diagnosing test for diagnosing a misfire condition based on the obtained sampling pressure values; wherein selecting the diagnosing test is characterized by - defining a group of diagnosing functions (f1..fn), each having as inputs a selected number (P α , P β ) of subsequent sampling pressure values of a tuple P (p 1..pm) and having an output diagnosing a misfire condition when the diagnosing function (f1..fn) is outside a threshold (t1..tn); - determining an error function (e1..en), which is a function of measured false fails and false passes for said diagnosed misfire condition by said diagnosing function (f1...fn), in each of an engine speed region, ranging from a lowest engine speed (rlow) to a highest engine speed (rhigh), for selected engine speed range intervals (s1..sl), and - selecting a diagnosing function fi from the group of diagnosing functions (f1..fn), wherein fi having an error function ei that is lowest over the entire speed range ([rlow-rhigh]). - one or more pressure sensors for measuring a pressure value in an exhaust path of the at least first and second cylinder; - a crankshaft position sensor, for detecting a rotational crankshaft position; and - a processor unit for reading the pressure sensor and the crankshaft position sensor; - wherein the processor unit is arranged for performing acts of: - obtaining a number of subsequent sampling pressure values (p1..pm) of the pressure sensor as a function of crankshaft angle position; - selecting a diagnosing test for diagnosing a misfire condition based on the obtained sampling pressure values; - defining a group of diagnosing functions (f1..fn), each having as inputs a selected number (P α , P β ) of subsequent sampling pressure values of a tuple P (p 1..pm) and having an output diagnosing a misfire condition when the diagnosing function (f1..fn) is outside a threshold (t1..tn); - determining an error function (e1..en), which is a function of measured false fails and false passes for said diagnosed misfire condition by said diagnosing function (f1...fn), in each of an engine speed region, ranging from a lowest engine speed (rlow) to a highest engine speed (rhigh), for selected engine speed range intervals (s1..sl), and - selecting a diagnosing function fi from the group of diagnosing functions (f1..fn), wherein fi having an error function ei that is lowest over the entire speed range ([rlow-rhigh]).
An assembly for introducing a medicament into a body cavity, the assembly comprising: an elongate tube having a proximal end , a distal end , an outer surface , an inner surface and an opening extending from the distal end to the proximal end , the proximal end adapted to support a medicament, the elongate tube comprising at least one radial discontinuity adjacent the distal end and extending inwardly from the inner surface of the tube ; and a plunger rod having an elongate body with a distal end and a proximal end , the plunger rod adapted to be slidably engaged within the tube , the plunger rod comprising at least two axially spaced projections adjacent the distal end of the elongate body that cooperatively engages with the at least one radial discontinuity , the plunger rod including an opening adjacent each of the at least two axially spaced projections to allow flexion of the plunger rod adjacent each of the at least two axially spaced projections; wherein the at least one radial discontinuity on the elongate tube cooperatively engages between the at least two axially spaced projections on the elongate body of the plunger rod , such that spontaneous movement of the plunger rod distally or proximally with respect to the elongate tube is substantially prevented, wherein the proximal end of the elongate tube comprises at least two tongues adapted to support a medicament . an elongate tube having a proximal end , a distal end , an outer surface , an inner surface and an opening extending from the distal end to the proximal end , the proximal end adapted to support a medicament, the elongate tube comprising at least one radial discontinuity adjacent the distal end and extending inwardly from the inner surface of the tube ; and a plunger rod having an elongate body with a distal end and a proximal end , the plunger rod adapted to be slidably engaged within the tube , the plunger rod comprising at least two axially spaced projections adjacent the distal end of the elongate body that cooperatively engages with the at least one radial discontinuity , the plunger rod including an opening adjacent each of the at least two axially spaced projections to allow flexion of the plunger rod adjacent each of the at least two axially spaced projections; wherein the at least one radial discontinuity on the elongate tube cooperatively engages between the at least two axially spaced projections on the elongate body of the plunger rod , such that spontaneous movement of the plunger rod distally or proximally with respect to the elongate tube is substantially prevented, wherein the proximal end of the elongate tube comprises at least two tongues adapted to support a medicament .
An electronic device comprising: a communication interface configured to support a communication function; and one or more processors configured to detect a temperature of the electronic device during a communication function execution, characterised in that the one or more processors is configured to: drive a timer and output a function termination guide for warning that the communication function in execution is to be terminated, the detected temperature satisfies a specified overheat temperature condition; and when the timer expires during ; the communication function execution, terminate the communication function execution. a communication interface configured to support a communication function; and one or more processors configured to detect a temperature of the electronic device during a communication function execution, characterised in that the one or more processors is configured to: drive a timer and output a function termination guide for warning that the communication function in execution is to be terminated, the detected temperature satisfies a specified overheat temperature condition; and when the timer expires during ; the communication function execution, terminate the communication function execution. drive a timer and output a function termination guide for warning that the communication function in execution is to be terminated, the detected temperature satisfies a specified overheat temperature condition; and when the timer expires during ; the communication function execution, terminate the communication function execution.
A method for making two composte parts comprising a first structural part made of a composite material reinforced by continuous fibers with a volume content of fiber s in a matrix made of a first thermoplastic polymer with a first melting temperature, and a composite part comprising a fibrous reinforcement comprising segments of continuous fibers according to discontinuous fiber content and a thermoplastic matrix with a second melting temperature and comprising the first thermoplastic polymer, the method comprising the steps of : i) obtaining a composite preform with a continuous reinforcement and adapted to obtain the structural part; i) obtaining the structural part from the composite preform with continuous reinforcement; (iii) Triming the structural part ; wherein steps (i) and (iii) make scraps , and further comprising the steps of: iv) collecting the scraps made in steps i) and iii); v) shredding the scraps collected in step iv) for obtaining chips made of composite segments vi) compounding the chips obtain in step v) for obtaining a compound; vii) obtaining the second composite part by shaping the compound obtained in step vi); characterized in that it comprises a step of: viii) bonding the second composite part to the structural part. i) obtaining a composite preform with a continuous reinforcement and adapted to obtain the structural part; i) obtaining the structural part from the composite preform with continuous reinforcement; (iii) Triming the structural part ; wherein steps (i) and (iii) make scraps , and further comprising the steps of: iv) collecting the scraps made in steps i) and iii); v) shredding the scraps collected in step iv) for obtaining chips made of composite segments vi) compounding the chips obtain in step v) for obtaining a compound; vii) obtaining the second composite part by shaping the compound obtained in step vi); iv) collecting the scraps made in steps i) and iii); v) shredding the scraps collected in step iv) for obtaining chips made of composite segments vi) compounding the chips obtain in step v) for obtaining a compound; vii) obtaining the second composite part by shaping the compound obtained in step vi); characterized in that it comprises a step of: viii) bonding the second composite part to the structural part.
A two-part lid configured to engage a container, the lid comprising: an upper cap comprising: a first threaded sidewall ; a lower cap comprising: a second threaded sidewall engaged with a central portion and defining an upper opening ; and a third threaded sidewall engaged with the central portion and defining a lower opening ; wherein the first threaded sidewall is configured to removably engage the second threaded sidewall by rotating the upper cap relative to the lower cap and wherein the third threaded sidewall is configured to removably engage a threaded sidewall of a container by rotating the lower cap relative to the container; and wherein the third threaded sidewall includes a lower channel extending around a lower area of the third threaded sidewall, and wherein the lower channel retains a lower gasket; the third threaded sidewall includes an upper channel extending around an upper area of the third threaded sidewall, and wherein the upper channel is configured to retain an upper gasket; characterized in that: said lower gasket comprises a radially extending vent structure configured to allow release of internal pressure of the container. an upper cap comprising: a first threaded sidewall ; a lower cap comprising: a second threaded sidewall engaged with a central portion and defining an upper opening ; and a third threaded sidewall engaged with the central portion and defining a lower opening ; a second threaded sidewall engaged with a central portion and defining an upper opening ; and a third threaded sidewall engaged with the central portion and defining a lower opening ; wherein the first threaded sidewall is configured to removably engage the second threaded sidewall by rotating the upper cap relative to the lower cap and wherein the third threaded sidewall is configured to removably engage a threaded sidewall of a container by rotating the lower cap relative to the container; and wherein the third threaded sidewall includes a lower channel extending around a lower area of the third threaded sidewall, and wherein the lower channel retains a lower gasket; the third threaded sidewall includes an upper channel extending around an upper area of the third threaded sidewall, and wherein the upper channel is configured to retain an upper gasket; characterized in that: said lower gasket comprises a radially extending vent structure configured to allow release of internal pressure of the container.
A method comprising: counting lower-level cache victims evicted from one or more lower-level caches (121-124, 131-134); while a count of the lower-level cache victims is not greater than a threshold number, storing each lower-level cache victim of the lower-level cache victims to memory ; and when the count of the lower-level cache victims is greater than the threshold number, storing one or more lower-level cache victims evicted after the threshold number was exceeded to a higher-level cache . counting lower-level cache victims evicted from one or more lower-level caches (121-124, 131-134); while a count of the lower-level cache victims is not greater than a threshold number, storing each lower-level cache victim of the lower-level cache victims to memory ; and when the count of the lower-level cache victims is greater than the threshold number, storing one or more lower-level cache victims evicted after the threshold number was exceeded to a higher-level cache .
A method comprising: determining , at a serving radio access network, based on a packet filtering attribute, service flows between a user equipment and the serving radio access network in the user plane, wherein said determination comprises selecting a service flow for quality of service, QoS, differentiation; and the method being characterized by initiating, at the serving radio access network, based on the determination, a modification of the service flow directly with the user equipment by sending a message to the user equipment, to configure the user equipment to carry out the modification of the service flow in the serving radio access network without any impact on at least one of a core network service monitoring, controlling, and configuring. determining , at a serving radio access network, based on a packet filtering attribute, service flows between a user equipment and the serving radio access network in the user plane, wherein said determination comprises selecting a service flow for quality of service, QoS, differentiation; and the method being characterized by initiating, at the serving radio access network, based on the determination, a modification of the service flow directly with the user equipment by sending a message to the user equipment, to configure the user equipment to carry out the modification of the service flow in the serving radio access network without any impact on at least one of a core network service monitoring, controlling, and configuring.
Cold-rolled and annealed steel sheet with a thickness of between 0.7 mm and 2mm, a mechanical strength of between 1180 MPa and 1320 MPa, a hole expansion ratio Ac% of greater than 20% and a bending angle of greater than or equal to 40°, the chemical composition of which comprises, the contents being expressed by weight: 0.09 ≤ C ≤ 0.11 % 2.6 ≤ Mn ≤ 2.8 % 0.20 ≤ Si ≤ 0.55 % 0.25 ≤ Cr ≤ 0.5 % 0.025 ≤ Ti ≤ 0.040 % 0.0015 ≤ B ≤ 0.0025 % 0.005 ≤ Al < 0.18 % 0.08 ≤ Mo < 0.15 % 0.020 ≤ Nb ≤ 0.040 % 0.002 ≤ N ≤ 0.007 % 0.0005 % ≤ S ≤ 0.005 % 0.001 % ≤ P ≤ 0.020 % , Ca < 0.003 % the remainder being iron and unavoidable impurities from the smelting process, the sheet having a microstructure consisting of martensite and/or lower bainite, said martensite comprising fresh martensite and/or self-annealed martensite, the sum of the surface proportions, measured as defined in the description, of martensite and of lower bainite being between 40 and 70%, from 15 to 45% as a surface proportion of bainite with a low quantity of carbides, from 5 to less than 20% as a surface proportion of ferrite, the fraction of non-recrystallized ferrite with respect to the fraction of total ferrite being less than 15%, and less than 5% as a surface proportion of residual austenite in the form of islands, the fraction of old austenitic grains whose size is less than one micrometre representing from 40 to 60% of the total population of the said old austenitic grains. the remainder being iron and unavoidable impurities from the smelting process, the sheet having a microstructure consisting of martensite and/or lower bainite, said martensite comprising fresh martensite and/or self-annealed martensite, the sum of the surface proportions, measured as defined in the description, of martensite and of lower bainite being between 40 and 70%, from 15 to 45% as a surface proportion of bainite with a low quantity of carbides, from 5 to less than 20% as a surface proportion of ferrite, the fraction of non-recrystallized ferrite with respect to the fraction of total ferrite being less than 15%, and less than 5% as a surface proportion of residual austenite in the form of islands, the fraction of old austenitic grains whose size is less than one micrometre representing from 40 to 60% of the total population of the said old austenitic grains.
A fluid ejection die comprising: a fluid actuator ; a substrate supporting the fluid actuator, the substrate comprising: a closed inlet channel (37, 437, 527-n, 537, 537-n) having an inlet opening for connection to an outlet of a fluid source ; an outlet channel (38, 438, 538, 538-n) having an outlet opening of a first size for connection to an inlet of the fluid source; a chamber layer supported by the substrate, the chamber layer comprising a recirculation passage associated with the fluid actuator to supply fluid for ejection by the fluid actuator through an ejection orifice and to circulate fluid across the fluid actuator from the closed inlet channel to the outlet channel; and a bypass passage (40, 340, 340-n, 450, 540, 540-n, 640, 640-n, 740, 740-n, 840, 840-n) in the substrate to connect the inlet channel to the inlet of the fluid source while bypassing any fluid actuator provided for ejecting fluid through an ejection orifice , characterized in that the bypass passage is of a second size less than the first size. a fluid actuator ; a substrate supporting the fluid actuator, the substrate comprising: a closed inlet channel (37, 437, 527-n, 537, 537-n) having an inlet opening for connection to an outlet of a fluid source ; an outlet channel (38, 438, 538, 538-n) having an outlet opening of a first size for connection to an inlet of the fluid source; a closed inlet channel (37, 437, 527-n, 537, 537-n) having an inlet opening for connection to an outlet of a fluid source ; an outlet channel (38, 438, 538, 538-n) having an outlet opening of a first size for connection to an inlet of the fluid source; a chamber layer supported by the substrate, the chamber layer comprising a recirculation passage associated with the fluid actuator to supply fluid for ejection by the fluid actuator through an ejection orifice and to circulate fluid across the fluid actuator from the closed inlet channel to the outlet channel; and a bypass passage (40, 340, 340-n, 450, 540, 540-n, 640, 640-n, 740, 740-n, 840, 840-n) in the substrate to connect the inlet channel to the inlet of the fluid source while bypassing any fluid actuator provided for ejecting fluid through an ejection orifice , characterized in that the bypass passage is of a second size less than the first size.
An ultrasonic roller burnishing system , comprising: a roller , configured to be pressed against a surface of a workpiece to a pressing depth, roll on the surface at a feed rate, and vibrate at an ultrasonic frequency under a back pressure, wherein the roller is pressed and rolled by a motion unit which is driven by a drive motor , and the vibrating of the roller is driven by an ultrasonic vibration unit with an input current inputted thereinto; characterized in that the ultrasonic roller burnishing system further comprises; a controller , configured to adjust at least one of the pressing depth, the back pressure, the input current and the feed rate based on an expected residual compressive stress and a real time output power of the drive motor , to generate a residual compressive stress in the workpiece which is in an expected range predetermined based on the expected residual compressive stress. a roller , configured to be pressed against a surface of a workpiece to a pressing depth, roll on the surface at a feed rate, and vibrate at an ultrasonic frequency under a back pressure, wherein the roller is pressed and rolled by a motion unit which is driven by a drive motor , and the vibrating of the roller is driven by an ultrasonic vibration unit with an input current inputted thereinto; characterized in that the ultrasonic roller burnishing system further comprises; a controller , configured to adjust at least one of the pressing depth, the back pressure, the input current and the feed rate based on an expected residual compressive stress and a real time output power of the drive motor , to generate a residual compressive stress in the workpiece which is in an expected range predetermined based on the expected residual compressive stress.
A Chinese hamster ovary (CHO) cell, comprising at least one heterologous polynucleotide, stably integrated into the S100A gene cluster of the CHO cell genome, wherein a) the at least one heterologous polynucleotide is integrated upstream of the S100A3/A4/A5/A6 main gene cluster, into a genomic target region corresponding to the sequence of SEQ ID NO: 1; and/or b) the at least one heterologous polynucleotide is integrated downstream of the S100A3/A4/A5/A6 main gene cluster, into a genomic target region corresponding to the sequence of nucleotides 1 to 15,120 of SEQ ID NO: 2. a) the at least one heterologous polynucleotide is integrated upstream of the S100A3/A4/A5/A6 main gene cluster, into a genomic target region corresponding to the sequence of SEQ ID NO: 1; and/or b) the at least one heterologous polynucleotide is integrated downstream of the S100A3/A4/A5/A6 main gene cluster, into a genomic target region corresponding to the sequence of nucleotides 1 to 15,120 of SEQ ID NO: 2.
A surface acoustic wave device (1/11/21) comprising: a piezoelectric substrate including a high acoustic-velocity substrate in which an acoustic velocity of a transverse wave is 5400 m/sec or higher and 8660 m/sec or lower, and a LiNbO 3 single-crystal plate formed on the high acoustic-velocity substrate and having Euler angles (0°, 67° to 160°, -5° to +5°); and an electrode formed on the piezoelectric substrate and made of metal; characterized in that the thickness of the LiNbO 3 single-crystal plate is in a range of 0.05λ to 1.6λ when a wavelength of a surface acoustic wave is defined as λ. a piezoelectric substrate including a high acoustic-velocity substrate in which an acoustic velocity of a transverse wave is 5400 m/sec or higher and 8660 m/sec or lower, and a LiNbO 3 single-crystal plate formed on the high acoustic-velocity substrate and having Euler angles (0°, 67° to 160°, -5° to +5°); and an electrode formed on the piezoelectric substrate and made of metal; characterized in that the thickness of the LiNbO 3 single-crystal plate is in a range of 0.05λ to 1.6λ when a wavelength of a surface acoustic wave is defined as λ.