mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine disk assembly comprising: a rotor including a plurality of blades and a plurality of disks , the plurality of blades being disposed on outer circumferential surfaces of the plurality of disks ; and a tie-bolt disposed at a center axis of the rotor and through a bore defined through hollow portions of the plurality of disks , so as to couple the plurality of disks to each other, characterized in that a diameter of the bore is larger than a diameter of the tie-bolt and the plurality of disks respectively include a groove spaced from the bore in the circumferential direction of the bore , the groove being elongated in the axial direction of the bore such that cooling air flows through an internal space thereof, wherein the groove of the plurality of disks is at the bore . a rotor including a plurality of blades and a plurality of disks , the plurality of blades being disposed on outer circumferential surfaces of the plurality of disks ; and a tie-bolt disposed at a center axis of the rotor and through a bore defined through hollow portions of the plurality of disks , so as to couple the plurality of disks to each other, characterized in that a diameter of the bore is larger than a diameter of the tie-bolt and the plurality of disks respectively include a groove spaced from the bore in the circumferential direction of the bore , the groove being elongated in the axial direction of the bore such that cooling air flows through an internal space thereof, wherein the groove of the plurality of disks is at the bore .
A method for producing a population of cholangiocyte progenitors (CPs) comprising: (i) culturing a population of foregut stem cells (FSCs) in a hepatic induction medium comprising bone morphogenetic protein (BMP) and a TGFβ signalling inhibitor selected from SB-431542 and SB-505124 to produce a population of hepatoblasts, and (ii) culturing the hepatoblasts in a biliary induction medium comprising fibroblast growth factor (FGF), retinoic acid and activin to produce a population of cholangiocyte progenitors (CPs). (i) culturing a population of foregut stem cells (FSCs) in a hepatic induction medium comprising bone morphogenetic protein (BMP) and a TGFβ signalling inhibitor selected from SB-431542 and SB-505124 to produce a population of hepatoblasts, and (ii) culturing the hepatoblasts in a biliary induction medium comprising fibroblast growth factor (FGF), retinoic acid and activin to produce a population of cholangiocyte progenitors (CPs).
A content control package , comprising: a first panel portion and a second panel portion provided to define an interior content cavity ; a spout portion having an access opening being in fluid communication with the interior content cavity ; and a retention area having one or more retention features, wherein the spout portion is bendable at a bend line to reach the retention area such that the one or more retention features receive a portion of the spout portion , wherein the one or more retention features includes at least one slit defined in the package , characterised in that the retention area includes a reservoir cavity and the slit provides access to the interior of the reservoir cavity. a first panel portion and a second panel portion provided to define an interior content cavity ; a spout portion having an access opening being in fluid communication with the interior content cavity ; and a retention area having one or more retention features, wherein the spout portion is bendable at a bend line to reach the retention area such that the one or more retention features receive a portion of the spout portion , wherein the one or more retention features includes at least one slit defined in the package , characterised in that the retention area includes a reservoir cavity and the slit provides access to the interior of the reservoir cavity.
A method of assessing pregnancy outcome of a patient, said method comprising a step of determining endometrial receptivity of said patient by measuring, in a biological sample that has been obtained from said patient, the expression level of at least one miRNA selected from the group consisting of miR-4423-3p, miR-4445-3p, miR-3128 and miR-3201.
A gasket for quick couplers, said gasket comprising a main, toroidal body that comprises an inner surface and an outer surface , said outer surface comprising a circumferential seat in which an O-Ring is housed, wherein said outer surface has a conicity facing toward the outside of the toroid, on a transverse cross-sectional plane, wherein said outer surface has a triangular profile and comprises two sides , inclined with respect to the vertical, that converge in said seat of said O-Ring , on a transverse diametral plane, wherein said inner surface has conicity facing toward the inside of the toroid, on a transverse cross-sectional plane, wherein said inner surface has a triangular profile comprising two sides 10a' that are inclined with respect to the vertical and converge in a connecting portion 10a" that has a flat, horizontal surface, connected to the two sides 10a' by means of a fillet radius, on a transverse diametral plane, characterised in that it further comprises a first side surface and a second side surface .
System for generating short optical pulses of a duration shorter than the period of the optical carrier using the principle of the parametric amplification, characterised in that it comprises: - a first generator of optical pulses (P, B1) outputting pulses with a wavelength substantially equal to λ/2 and a spectral width less than λ/3, said first generator comprising a crystal (SC) making it possible to generate a supercontinuum and a first filter (F1) advantageously arranged at the output of said crystal (SC), said first filter enabling to select a signal centered on a frequency (f1) equal to λ/2. - a second generator of optical pulses (B2) outputting pulses of a duration less than 10 picoseconds at a wavelength substantially equal to λ/3; - a device (R1) for collinearly recombining the pulses from the first and second optical pulse generators; - a first parametric amplification device (OPA1) receiving the output of said recombination device (R1) as input; - a second filter (F2) extracting from the output of the first parametric amplification device (OPA1) a band centred about a wavelength substantially equal to λ; - a second harmonic generator (SH) receiving the output of said second filter (F2) as input and generating a band centred about a wavelength substantially equal to λ/2; - a programmable device for controlling the delay and the spectral phase (DCDP2) making it possible to temporally adjust the pulses corresponding to said bands, in such a way as to allow for the generation, by constructive interference, of a pulse with a wavelength substantially equal to λ/3 and of a duration less than the period of the optical cycle. - a first generator of optical pulses (P, B1) outputting pulses with a wavelength substantially equal to λ/2 and a spectral width less than λ/3, said first generator comprising a crystal (SC) making it possible to generate a supercontinuum and a first filter (F1) advantageously arranged at the output of said crystal (SC), said first filter enabling to select a signal centered on a frequency (f1) equal to λ/2. - a second generator of optical pulses (B2) outputting pulses of a duration less than 10 picoseconds at a wavelength substantially equal to λ/3; - a device (R1) for collinearly recombining the pulses from the first and second optical pulse generators; - a first parametric amplification device (OPA1) receiving the output of said recombination device (R1) as input; - a second filter (F2) extracting from the output of the first parametric amplification device (OPA1) a band centred about a wavelength substantially equal to λ; - a second harmonic generator (SH) receiving the output of said second filter (F2) as input and generating a band centred about a wavelength substantially equal to λ/2; - a programmable device for controlling the delay and the spectral phase (DCDP2) making it possible to temporally adjust the pulses corresponding to said bands, in such a way as to allow for the generation, by constructive interference, of a pulse with a wavelength substantially equal to λ/3 and of a duration less than the period of the optical cycle.
A waveguide arrangement comprising a mounting printed circuit board , PCB, and at least a first waveguide layer , where each waveguide layer in turn comprises at least a first waveguide conducting tube , each waveguide conducting tube having an electrically conducting inner wall , where the PCB comprises a signal interface for each waveguide conducting tube , wherein the waveguide arrangement further comprises at least a first coupling layer that is positioned between the PCB and the first waveguide layer such that at least the first waveguide conducting tube of the first waveguide layer is connected to the corresponding signal interface via the first coupling layer , wherein each coupling layer comprises a frame and rows of pins protruding in opposite directions from the frame , where each row of pins is adapted to make contact with an adjacent waveguide layer or with the adjacent PCB , and wherein gaps between the pins define air passages that enable air to pass through the coupling layer .
A cell-free protein synthesis system suitable for protein synthesis before and after freezing for a short- or long-term storage, wherein said system comprises a cryoprotectant, wherein said cell-free protein synthesis system is a tobacco BY-2 cell lysate and wherein said cryoprotectant is trehalose or dimethyl sulfoxide (DMSO), wherein the concentrations of trehalose is in a range between 1.25 and 2.5% w/v, and the concentration of DMSO is in a range between 1 and 4% v/v.
A self actuating flood guard comprising: a buoyant flight of steps having lower and upper ends and bridging at least an upper part of a vertical distance between lower and upper levels of a construction, said flight being flanked by vertical walls alongside the flight, said steps in said flight blocking fluid communication across the flight, pivotation members comprising a stationary member connected to said construction adjacent one of said levels and a moveable member moveably joined to said stationary member, said moveable member being connected to one (14 or 16) of said ends of said flight and pivotable about a horizontal axis transverse to said vertical walls, whereby upon presence of water at one of said levels effective to buoy said flight, an end of the flight remote from said axis rotates upwardly away from said lower level of the construction, and at least one restraint configured to prevent the flight from rotating about said axis more than a predetermined extent when said end of said flight remote from said axis rotates upwardly away from said lower level of the construction, wherein the at least one restraint is configured to allow the flight to rotate about said axis to a substantially vertical orientation. a buoyant flight of steps having lower and upper ends and bridging at least an upper part of a vertical distance between lower and upper levels of a construction, said flight being flanked by vertical walls alongside the flight, said steps in said flight blocking fluid communication across the flight, pivotation members comprising a stationary member connected to said construction adjacent one of said levels and a moveable member moveably joined to said stationary member, said moveable member being connected to one (14 or 16) of said ends of said flight and pivotable about a horizontal axis transverse to said vertical walls, whereby upon presence of water at one of said levels effective to buoy said flight, an end of the flight remote from said axis rotates upwardly away from said lower level of the construction, and at least one restraint configured to prevent the flight from rotating about said axis more than a predetermined extent when said end of said flight remote from said axis rotates upwardly away from said lower level of the construction, wherein the at least one restraint is configured to allow the flight to rotate about said axis to a substantially vertical orientation.
Method for optical surface measurement of a measurement object , wherein using an image generation device which has a projector and/or a monitor and/or a screen, an image pattern is displayed and the measurement object is irradiated with this image pattern produced, and wherein the image pattern influenced by the measurement object by means of reflection, scattering, diffraction and/or transmission is recorded by means of a detection device , wherein, by means of a correction function, the image generation device and consequently the image pattern displayed is adapted in such a manner that the influenced image pattern recorded by the detection device temporally and/or locally has an at least substantially constant and/or homogeneous and/or linear brightness, characterised in that , by means of the correction function, a non-homogeneous brightness distribution of the image generation device is corrected so that the image pattern display has a distribution which is homogeneous over the surface of the image generation device, or in that , by means of the correction function, the grey scale value distribution and/or colour distribution of a series of several image patterns which are displayed one after the other is adapted in such a manner that the image patterns displayed in each case at least substantially have a uniform overall brightness. characterised in that , by means of the correction function, a non-homogeneous brightness distribution of the image generation device is corrected so that the image pattern display has a distribution which is homogeneous over the surface of the image generation device, or in that , by means of the correction function, the grey scale value distribution and/or colour distribution of a series of several image patterns which are displayed one after the other is adapted in such a manner that the image patterns displayed in each case at least substantially have a uniform overall brightness.
A method for determining a filling level of a filling material in a tank, comprising the steps: providing a pulse generator for generation of electromagnetic pulses; controlling the pulse width of the generated pulses in dependence of at least one application specific condition; transmitting said pulses with adjusted pulse width towards said filling material; receiving reflected echo pulse signals from the tank; and determining the filling level of the tank based on said received echo pulse signals, wherein the pulse width is adjusted for at least one application specific condition(s) selected from the group consisting of tank height, level of the filling material, type of filling material, presence of other tank structure providing reflecting surfaces and required accuracy of measurement. providing a pulse generator for generation of electromagnetic pulses; controlling the pulse width of the generated pulses in dependence of at least one application specific condition; transmitting said pulses with adjusted pulse width towards said filling material; receiving reflected echo pulse signals from the tank; and determining the filling level of the tank based on said received echo pulse signals, wherein the pulse width is adjusted for at least one application specific condition(s) selected from the group consisting of tank height, level of the filling material, type of filling material, presence of other tank structure providing reflecting surfaces and required accuracy of measurement.
An engine having a fuel injection system configured to inject fuel into a plurality of combustion chambers , wherein the fuel injection system comprising a first fuel injection unit and a second fuel injection unit , the engine comprising: a fuel pipe assembly having at least one fuel pipe fluidly coupled to the first fuel injection unit and the second fuel injection unit ; and a cover assembly comprising: a U-shaped first structure having a first edge and a second edge extending along a length of the first structure configured to be placed on the fuel pipe assembly and extending along a portion of a length of the fuel pipe assembly , the first structure configured to partially encapsulate the portion of the length of the fuel pipe assembly ; and a second structure , extending along the portion of the length of the fuel pipe assembly and configured to be coupled to the first structure such that the first structure and the second structure encapsulate the portion of the length of the fuel pipe assembly , characterized in that the first structure includes a plurality of rotary latches provided on the first edge and the second edge . a fuel pipe assembly having at least one fuel pipe fluidly coupled to the first fuel injection unit and the second fuel injection unit ; and a cover assembly comprising: a U-shaped first structure having a first edge and a second edge extending along a length of the first structure configured to be placed on the fuel pipe assembly and extending along a portion of a length of the fuel pipe assembly , the first structure configured to partially encapsulate the portion of the length of the fuel pipe assembly ; and a second structure , extending along the portion of the length of the fuel pipe assembly and configured to be coupled to the first structure such that the first structure and the second structure encapsulate the portion of the length of the fuel pipe assembly , characterized in that the first structure includes a plurality of rotary latches provided on the first edge and the second edge . a U-shaped first structure having a first edge and a second edge extending along a length of the first structure configured to be placed on the fuel pipe assembly and extending along a portion of a length of the fuel pipe assembly , the first structure configured to partially encapsulate the portion of the length of the fuel pipe assembly ; and a second structure , extending along the portion of the length of the fuel pipe assembly and configured to be coupled to the first structure such that the first structure and the second structure encapsulate the portion of the length of the fuel pipe assembly , characterized in that the first structure includes a plurality of rotary latches provided on the first edge and the second edge .
An information feedback method, the method being applied to a first user equipment and comprising: determining (S310) a feedback resource of sidelink channel state information according to set time information; sending (S320), to a second user equipment, the sidelink channel state information based on the feedback resource, wherein the set time information comprises a set time window; and determining the feedback resource of the sidelink channel state information according to the set time information comprises: in response to grant information of a physical sidelink shared channel, PSSCH, existing within the set time window, determining the feedback resource of the sidelink channel state information according to the grant information; and in response to the grant information of the PSSCH not existing within the set time window, re-acquiring the feedback resource of the sidelink channel state information, wherein re-acquiring the feedback resource of the sidelink channel state information comprises: triggering a scheduling request, and acquiring a feedback resource on a sidelink indicated by a serving node. determining (S310) a feedback resource of sidelink channel state information according to set time information; sending (S320), to a second user equipment, the sidelink channel state information based on the feedback resource, wherein the set time information comprises a set time window; and determining the feedback resource of the sidelink channel state information according to the set time information comprises: in response to grant information of a physical sidelink shared channel, PSSCH, existing within the set time window, determining the feedback resource of the sidelink channel state information according to the grant information; and in response to the grant information of the PSSCH not existing within the set time window, re-acquiring the feedback resource of the sidelink channel state information, wherein re-acquiring the feedback resource of the sidelink channel state information comprises: triggering a scheduling request, and acquiring a feedback resource on a sidelink indicated by a serving node. in response to grant information of a physical sidelink shared channel, PSSCH, existing within the set time window, determining the feedback resource of the sidelink channel state information according to the grant information; and in response to the grant information of the PSSCH not existing within the set time window, re-acquiring the feedback resource of the sidelink channel state information, wherein re-acquiring the feedback resource of the sidelink channel state information comprises: triggering a scheduling request, and acquiring a feedback resource on a sidelink indicated by a serving node.
A stabilizer leg control system for controlling at least one stabilizer leg arranged to support the stability of a vehicle , the control system comprises: - a control unit configured to control the operation of said at least one stabilizer leg , - a user interface unit comprising a user interface configured to receive user input to control various functions of the vehicle, including to control the operation of said at least one stabilizer leg of said vehicle, and to establish bidirectional communication to said control unit by a communication signal , and a receiver unit , - at least one transmission unit structured to be mounted at, or in the vicinity of, each of said at least one stabilizer leg , wherein said transmission unit is configured to transmit a transmission unit signal , c haracterized in that said user interface is configured to receive a stabilizer leg activation input from a user when said at least one stabilizer leg is to be operated, and upon receipt of a stabilizer activation input, the user interface unit is configured to generate a transmission unit activation signal , wherein said transmission unit is configured to be activated, and to generate said transmission unit signal , upon direct or indirect receipt of said transmission unit activation signal , and wherein said user interface unit is configured to receive said transmission unit signal by said receiver unit , and upon receipt of said transmission unit signal the user interface unit is enabled to operate the stabilizer leg related to the transmission unit that generated the transmission unit signal . - a control unit configured to control the operation of said at least one stabilizer leg , - a user interface unit comprising a user interface configured to receive user input to control various functions of the vehicle, including to control the operation of said at least one stabilizer leg of said vehicle, and to establish bidirectional communication to said control unit by a communication signal , and a receiver unit , - at least one transmission unit structured to be mounted at, or in the vicinity of, each of said at least one stabilizer leg , wherein said transmission unit is configured to transmit a transmission unit signal , c haracterized in that said user interface is configured to receive a stabilizer leg activation input from a user when said at least one stabilizer leg is to be operated, and upon receipt of a stabilizer activation input, the user interface unit is configured to generate a transmission unit activation signal , wherein said transmission unit is configured to be activated, and to generate said transmission unit signal , upon direct or indirect receipt of said transmission unit activation signal , and wherein said user interface unit is configured to receive said transmission unit signal by said receiver unit , and upon receipt of said transmission unit signal the user interface unit is enabled to operate the stabilizer leg related to the transmission unit that generated the transmission unit signal .