mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising a variable cycle system and a turbomachinery comprising at least one compressor section and at least one turbine section operably coupled to a shaft of the gas turbine engine ; the variable cycle system comprising: an actuation system configured to adjust a variable cycle of the turbomachinery of the gas turbine engine by adjusting power absorption or power production; characterised in that the variable cycle system further comprises: an electric component mechanically interfaced to the shaft, the electric component configured to add or subtract torque to the shaft; and a controller operable to adjust an output of the electric component to compensate for a power change induced by the actuation system by operating the electric component as an electric motor to compensate for power absorption of the turbomachinery and operating the electric component as an electric generator to compensate for power production of the turbomachinery, wherein the controller provides separate control of thrust and cycle responses. an actuation system configured to adjust a variable cycle of the turbomachinery of the gas turbine engine by adjusting power absorption or power production; characterised in that the variable cycle system further comprises: an electric component mechanically interfaced to the shaft, the electric component configured to add or subtract torque to the shaft; and a controller operable to adjust an output of the electric component to compensate for a power change induced by the actuation system by operating the electric component as an electric motor to compensate for power absorption of the turbomachinery and operating the electric component as an electric generator to compensate for power production of the turbomachinery, wherein the controller provides separate control of thrust and cycle responses. an electric component mechanically interfaced to the shaft, the electric component configured to add or subtract torque to the shaft; and a controller operable to adjust an output of the electric component to compensate for a power change induced by the actuation system by operating the electric component as an electric motor to compensate for power absorption of the turbomachinery and operating the electric component as an electric generator to compensate for power production of the turbomachinery, wherein the controller provides separate control of thrust and cycle responses.
Process for recycling formaldehyde resin, in particular melamine resin, containing inorganic particles, comprising the following steps: - mechanical separation of the inorganic particles from the formaldehyde resin to be recycled; - adjusting the pH of the recycled formaldehyde resin freed from the inorganic particles to a value between 7 and 8, preferably between 7.3 and 7.8, more preferably 7.5; and - adding the recycled formaldehyde resin to a non-precondensed formaldehyde resin. - mechanical separation of the inorganic particles from the formaldehyde resin to be recycled; - adjusting the pH of the recycled formaldehyde resin freed from the inorganic particles to a value between 7 and 8, preferably between 7.3 and 7.8, more preferably 7.5; and - adding the recycled formaldehyde resin to a non-precondensed formaldehyde resin.
A system for the generation of radiopharmaceuticals, the system comprising: an eluant reservoir , a pump coupled to the reservoir , an infusion tubing circuit , a radioisotope generator , an activity detector , a waste bottle , a computer , a timer, and a computer interface , wherein the infusion tubing circuit includes an eluant line coupled to the pump and to the generator , and an eluate line coupled to the generator , to the activity detector , and to the waste bottle; and wherein the computer is coupled to the computer interface , to the pump and to the activity detector , wherein the computer is arranged to activate the pump to pump a volume of eluant from the reservoir , through the eluant line and through the generator , in order to generate a sample or a dose of eluate in the eluate line , via elution within the generator , each sample being intended for a quality control measurement, and each dose being intended for diagnostic imaging, the system being characterised in that the computer is further arranged to: provide an indication, via the computer interface , that the elution is completed, when the pump has completed pumping each volume of eluant through the generator ; start a timer once the elution is completed; and display, via the computer interface , an indication of a time lapse since each elution was completed based on the timer. an eluant reservoir , a pump coupled to the reservoir , an infusion tubing circuit , a radioisotope generator , an activity detector , a waste bottle , a computer , a timer, and a computer interface , wherein the infusion tubing circuit includes an eluant line coupled to the pump and to the generator , and an eluate line coupled to the generator , to the activity detector , and to the waste bottle; and wherein the computer is coupled to the computer interface , to the pump and to the activity detector , wherein the computer is arranged to activate the pump to pump a volume of eluant from the reservoir , through the eluant line and through the generator , in order to generate a sample or a dose of eluate in the eluate line , via elution within the generator , each sample being intended for a quality control measurement, and each dose being intended for diagnostic imaging, the system being characterised in that the computer is further arranged to: provide an indication, via the computer interface , that the elution is completed, when the pump has completed pumping each volume of eluant through the generator ; start a timer once the elution is completed; and display, via the computer interface , an indication of a time lapse since each elution was completed based on the timer. provide an indication, via the computer interface , that the elution is completed, when the pump has completed pumping each volume of eluant through the generator ; start a timer once the elution is completed; and display, via the computer interface , an indication of a time lapse since each elution was completed based on the timer.
A method of operating a mobile communication network node to simultaneously serve a user equipment in a terrestrial mobile communication network and an aerial radio node on a same carrier frequency, the method comprising: directing , using a first beamformer , a first reception beam towards the aerial radio node, by adjusting antenna weights of a first antenna array , and receiving a first signal using the first reception beam, wherein a direction of the first reception beam is determined based on Global Positioning System, GPS coordinates associated with the aerial radio node, and wherein the antenna weights of the first beamformer are further steered based on feedback indicated by a scheduler ; directing , using a second beamformer , a second reception beam towards the user equipment in the terrestrial mobile communication network, by adjusting antenna weights of a second antenna array , and receiving a second signal using the second reception beam; identifying a contribution associated with the first signal in the second signal; filtering the first signal using an adaptive filter to provide a replica signal corresponding to the contribution associated with the first signal in the second signal, wherein the adaptive filter is only updated when the presence of the first signal from the aerial radio node is indicated by the scheduler .; and subtracting the replica signal from the second signal to obtain a desired signal. directing , using a first beamformer , a first reception beam towards the aerial radio node, by adjusting antenna weights of a first antenna array , and receiving a first signal using the first reception beam, wherein a direction of the first reception beam is determined based on Global Positioning System, GPS coordinates associated with the aerial radio node, and wherein the antenna weights of the first beamformer are further steered based on feedback indicated by a scheduler ; directing , using a second beamformer , a second reception beam towards the user equipment in the terrestrial mobile communication network, by adjusting antenna weights of a second antenna array , and receiving a second signal using the second reception beam; identifying a contribution associated with the first signal in the second signal; filtering the first signal using an adaptive filter to provide a replica signal corresponding to the contribution associated with the first signal in the second signal, wherein the adaptive filter is only updated when the presence of the first signal from the aerial radio node is indicated by the scheduler .; and subtracting the replica signal from the second signal to obtain a desired signal.
A method for characterising and/or prognosing cancer in a subject with a primary cancer but no known metastases comprising: determining the expression level of THBS4 and at least 11 genes selected from Table 1 in a sample comprising nucleic acids from the primary tumour from the subject wherein the determined expression level is used to provide a characterisation of and/or a prognosis for the cancer, wherein the characterisation of and/or prognosis for the cancer consists of predicting an increased likelihood of recurrence and/or predicting an increased likelihood of metastasis and/or a poor prognosis.
A method for accelerating the calculation of node values of neural networks, the method comprising: converting values of a weight matrix of a neural network to conductance values of a crossbar array , the crossbar array comprising a plurality of row lines , a plurality of column lines , a memristor coupled between each unique combination of one row line and one column line; and programming the memristors of the crossbar array according to the conductance values; mapping values of an input vector of node values of the neural network to input voltages; delivering the input voltages to the plurality of row lines ; delivering an output current from each column line of the plurality of column lines to a corresponding threshold device to modify the output current , wherein the threshold device comprises a memristor and a selector, the memristor of the threshold device being in parallel with the selector of the threshold device ; and comparing, with a current comparator , each output current to a threshold current according to an update rule to generate a new input vector of new node values , wherein: a new node value corresponding to a particular output current is set to a first value if the particular output current is greater than or equal to the threshold current; and the new node value corresponding to the particular output current is set to a second value if the particular output current is less than the threshold current. converting values of a weight matrix of a neural network to conductance values of a crossbar array , the crossbar array comprising a plurality of row lines , a plurality of column lines , a memristor coupled between each unique combination of one row line and one column line; and programming the memristors of the crossbar array according to the conductance values; mapping values of an input vector of node values of the neural network to input voltages; delivering the input voltages to the plurality of row lines ; delivering an output current from each column line of the plurality of column lines to a corresponding threshold device to modify the output current , wherein the threshold device comprises a memristor and a selector, the memristor of the threshold device being in parallel with the selector of the threshold device ; and comparing, with a current comparator , each output current to a threshold current according to an update rule to generate a new input vector of new node values , wherein: a new node value corresponding to a particular output current is set to a first value if the particular output current is greater than or equal to the threshold current; and the new node value corresponding to the particular output current is set to a second value if the particular output current is less than the threshold current. a new node value corresponding to a particular output current is set to a first value if the particular output current is greater than or equal to the threshold current; and the new node value corresponding to the particular output current is set to a second value if the particular output current is less than the threshold current.
Device for damaging objects using directed electromagnetic radiation, comprising an optical system which detects and processes radiation emitted from at least one object to be damaged, comprising at least one damaging radiation source which applies an electromagnetic damaging radiation to the at least one object, and comprising an illumination device which actively illuminates the at least one object to be damaged, at least at times, with an illuminating radiation by means of at least one illuminating radiation source , the illumination device being integrated into the device in such a way that the illuminating radiation and the damaging radiation have and/or use a shared outlet aperture , the damaging radiation and the illuminating radiation having a substantially collinear beam path, the optical system being formed as an imaging or non-imaging optical system comprising at least one detector , in particular comprising a plurality of detectors , the illumination device being provided with a plurality of illuminating radiation sources , the frequencies or frequency ranges of which are tuned to the sensitivities of the detectors of the optical system , the frequencies or frequency ranges of the radiation sources of active illuminating and damaging radiation corresponding and these associated radiation sources being operated in time-multiplexing operation while the object is being damaged.
A thermostat , comprising: - a housing , comprising: - a base defining an internal volume ; and - a display mount cantilevered from the base , the display mount including a mounting surface perpendicular to an external surface of the base ; wherein the housing is not opaque; - a touch-sensitive display configured to display visual media and receive user inputs, wherein the touch-sensitive display is attached to the mounting surface of the display mount , and wherein the touch-sensitive display is not opaque; and - processing electronics positioned within the internal volume of the base , wherein the processing electronics are configured to operate the touch-sensitive display . - a housing , comprising: - a base defining an internal volume ; and - a display mount cantilevered from the base , the display mount including a mounting surface perpendicular to an external surface of the base ; wherein the housing is not opaque; - a base defining an internal volume ; and - a display mount cantilevered from the base , the display mount including a mounting surface perpendicular to an external surface of the base ; - a touch-sensitive display configured to display visual media and receive user inputs, wherein the touch-sensitive display is attached to the mounting surface of the display mount , and wherein the touch-sensitive display is not opaque; and - processing electronics positioned within the internal volume of the base , wherein the processing electronics are configured to operate the touch-sensitive display .
A stent delivery system 200, comprising: a core member 160 having an intermediate portion 166 and an elongate, spiral-cut tube 170 extending proximally of the intermediate portion 166, the tube 170 having first (Z4) and second (Z3) flex zones, the second flex zone (Z3) being proximal of the first flex zone (Z4), and a transition zone (T3B) between the first (Z4) and second flex zones (Z3) ; the first flex zone (Z4) having a bending stiffness of less than 12N ∗ mm 2 so as to be navigable through the internal carotid artery bifurcation, the spiral cut of the tube in the first flex zone having a first pitch; the second flex zone (Z3) having a bending stiffness of greater than 60 N ∗ mm 2 , the spiral cut of the tube in the second flex zone (Z3) having a second pitch different from the first pitch; wherein the spiral cut of the tube 170 in the transition zone (T3B) changes from the first pitch to the second pitch in a series of pitch transitions, the spiral cut pitch in the transition zone (T3B) increasing by an overall percent increase from the first pitch to the second pitch, such that the average overall percent increase achieved per transition is 15% or less; and a stent carried by the intermediate portion 166. a core member 160 having an intermediate portion 166 and an elongate, spiral-cut tube 170 extending proximally of the intermediate portion 166, the tube 170 having first (Z4) and second (Z3) flex zones, the second flex zone (Z3) being proximal of the first flex zone (Z4), and a transition zone (T3B) between the first (Z4) and second flex zones (Z3) ; the first flex zone (Z4) having a bending stiffness of less than 12N ∗ mm 2 so as to be navigable through the internal carotid artery bifurcation, the spiral cut of the tube in the first flex zone having a first pitch; the second flex zone (Z3) having a bending stiffness of greater than 60 N ∗ mm 2 , the spiral cut of the tube in the second flex zone (Z3) having a second pitch different from the first pitch; wherein the spiral cut of the tube 170 in the transition zone (T3B) changes from the first pitch to the second pitch in a series of pitch transitions, the spiral cut pitch in the transition zone (T3B) increasing by an overall percent increase from the first pitch to the second pitch, such that the average overall percent increase achieved per transition is 15% or less; and a stent carried by the intermediate portion 166.
Wall box for charging mobile battery packs from a battery storage system , wherein the wall box has a housing having a supply connection and a charging connection , and a wall box controller (WBC) is arranged in the housing of the wall box , wherein the battery storage system is connected to the supply connection of the wall box by a supply line , and the charging connection of the wall box is designed for electrical connection to the mobile battery pack , and having a DC-to-DC converter arranged in the housing of the wall box , which DC-to-DC converter matches a DC voltage supplied from the battery storage system via the supply line to a charging voltage of the mobile battery pack , and having a communication connection between the wall box controller (WBC) and the battery storage system , wherein the single electrical supply line connected to the wall box is a DC current line , and the DC current line is a two-wire line from which the charging current for the charging connection is fed, characterized in that the DC current line supplies the operating current for the wall box and is designed as a common line for the electrical energy supply and communication connection between the wall box and the battery storage system .
A composition comprising superoxide dismutase (SOD) in association with lutein and at least one zeaxanthin isomer.
A post for a fence system, including: a shaft ; an overmold layer extending at least a portion of a length of the shaft , wherein the overmold layer includes a plurality of external attachment locating features for selectively securing wire locating attachments at predetermined locations along the length of the shaft , characterised in that the overmold layer includes at least one stress relief feature , wherein the at least one stress relief feature includes one or more of: a plurality of transverse stress relief members surrounding the shaft , and spaced apart along the shaft , wherein neighbouring stress relief members are connected by link members on one side of the shaft , alternating between sides along the stress relief feature ; a series of transverse slots in the overmold layer entering from different but not opposing directions; a helix; a necked section allowing for stretch; or one ore more breaks in the overmold. a shaft ; an overmold layer extending at least a portion of a length of the shaft , wherein the overmold layer includes a plurality of external attachment locating features for selectively securing wire locating attachments at predetermined locations along the length of the shaft , characterised in that the overmold layer includes at least one stress relief feature , wherein the at least one stress relief feature includes one or more of: a plurality of transverse stress relief members surrounding the shaft , and spaced apart along the shaft , wherein neighbouring stress relief members are connected by link members on one side of the shaft , alternating between sides along the stress relief feature ; a series of transverse slots in the overmold layer entering from different but not opposing directions; a helix; a necked section allowing for stretch; or one ore more breaks in the overmold. a plurality of transverse stress relief members surrounding the shaft , and spaced apart along the shaft , wherein neighbouring stress relief members are connected by link members on one side of the shaft , alternating between sides along the stress relief feature ; a series of transverse slots in the overmold layer entering from different but not opposing directions; a helix; a necked section allowing for stretch; or one ore more breaks in the overmold.
A deuterated catecholamine that is R/R-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, R/S-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, S/R-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, or S/S-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, or a physiologically acceptable salt thereof, for use as a medicament. R/R-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, R/S-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, S/R-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, or S/S-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl)propionic acid, or a physiologically acceptable salt thereof,
A peptide selected from a) a peptide consisting of the sequence according to SEQ ID No. 14, b) the peptide according to a), wherein said peptide includes non-peptide bonds, and c) the peptide according to a), wherein said peptide is part of a fusion protein, for use in the treatment of cancer, wherein said cancer is selected from astrocytoma, pilocytic astrocytoma, mixed gliomas, ependymal cell tumors, gangliogliomas, gangliocytoma, glioblastoma, medulloblastoma, neuroblastoma, astroblastoma, germinoma, oligodendrogliomas, primitive neuroectodermal tumors, dysembryoplastic neuroepithelial tumor, neuroepithelial tumors of uncertain origin, choroid plexus tumors, gliomatosis cerebri, ependymoma, ependymoblastoma, retinoblastoma, and teratoma. a) a peptide consisting of the sequence according to SEQ ID No. 14, b) the peptide according to a), wherein said peptide includes non-peptide bonds, and c) the peptide according to a), wherein said peptide is part of a fusion protein,