mhurhangee/ep-ind-claims huggingface dataset:
A Doherty amplifier comprising: an RF input; a main amplifier connected to the RF input; a peaking amplifier connected to the RF input; a combining node at which an output from the main amplifier combines with an output from the peaking amplifier; and an impedance inverter comprising a first integrated distributed inductor, the first integrated distributed inductor comprising a first conductive strip line integrated on a substrate, a second integrated distributed inductor, the second integrated distributed inductor comprising a second conductive strip line integrated on the substrate, and a capacitor connected in series between the first conductive strip line and the second conductive strip line on the substrate, wherein: the impedance inverter is connected between an output of the main amplifier and the combining node; the combining node is located at a drain bonding pad of the peaking amplifier; and the capacitor comprises a capacitance to avoid altering phase rotation in the impedance inverter beyond 95 degrees. an RF input; a main amplifier connected to the RF input; a peaking amplifier connected to the RF input; a combining node at which an output from the main amplifier combines with an output from the peaking amplifier; and an impedance inverter comprising a first integrated distributed inductor, the first integrated distributed inductor comprising a first conductive strip line integrated on a substrate, a second integrated distributed inductor, the second integrated distributed inductor comprising a second conductive strip line integrated on the substrate, and a capacitor connected in series between the first conductive strip line and the second conductive strip line on the substrate, wherein: the impedance inverter is connected between an output of the main amplifier and the combining node; the combining node is located at a drain bonding pad of the peaking amplifier; and the capacitor comprises a capacitance to avoid altering phase rotation in the impedance inverter beyond 95 degrees. the impedance inverter is connected between an output of the main amplifier and the combining node; the combining node is located at a drain bonding pad of the peaking amplifier; and the capacitor comprises a capacitance to avoid altering phase rotation in the impedance inverter beyond 95 degrees.
A power transmission system for a wind turbine, comprising: a gearbox having a gearbox housing and a gearbox output member extending from the gearbox housing; and a generator integrated with the gearbox, the generator including: a generator housing coupled to the gearbox housing; a stator positioned within the generator housing; a rotor coupled to the gearbox output member so as to be driven thereby, the rotor being positioned within the generator housing and effectively dividing the generator housing into a drive-end side and non-drive-end side, the drive-end side being coupled to the gearbox housing, the stator being supported between the drive-end side.and the non-drive-end side; a non-drive-end shield coupled to the non-drive-end side of the generator housing; at least one auxiliary drive mounted to the non-drive-end shield; and a turning gear positioned outside the generator housing next to the at least one auxiliary drive, the turning gear being coupled to the rotor, the at least one auxiliary drive being configured to rotate a respective pinion that meshes with the turning gear. a gearbox having a gearbox housing and a gearbox output member extending from the gearbox housing; and a generator integrated with the gearbox, the generator including: a generator housing coupled to the gearbox housing; a stator positioned within the generator housing; a rotor coupled to the gearbox output member so as to be driven thereby, the rotor being positioned within the generator housing and effectively dividing the generator housing into a drive-end side and non-drive-end side, the drive-end side being coupled to the gearbox housing, the stator being supported between the drive-end side.and the non-drive-end side; a non-drive-end shield coupled to the non-drive-end side of the generator housing; at least one auxiliary drive mounted to the non-drive-end shield; and a turning gear positioned outside the generator housing next to the at least one auxiliary drive, the turning gear being coupled to the rotor, the at least one auxiliary drive being configured to rotate a respective pinion that meshes with the turning gear. a generator housing coupled to the gearbox housing; a stator positioned within the generator housing; a rotor coupled to the gearbox output member so as to be driven thereby, the rotor being positioned within the generator housing and effectively dividing the generator housing into a drive-end side and non-drive-end side, the drive-end side being coupled to the gearbox housing, the stator being supported between the drive-end side.and the non-drive-end side; a non-drive-end shield coupled to the non-drive-end side of the generator housing; at least one auxiliary drive mounted to the non-drive-end shield; and a turning gear positioned outside the generator housing next to the at least one auxiliary drive, the turning gear being coupled to the rotor, the at least one auxiliary drive being configured to rotate a respective pinion that meshes with the turning gear.
An FPGA upgrade method, wherein the FPGA upgrade method is performed by an FPGA, the FPGA communicates with a host through a PCIe link, the FPGA is further connected to an FPGA configuration memory, and the FPGA configuration memory stores configuration data required for upgrading the FPGA; and the method comprises: receiving an upgrade instruction delivered by the host; continuously monitoring in an expiration time whether a status of the PCIe link is changed to link down, wherein link down is a status of the PCIe link after the host uninstalls a PCIe driver corresponding to the FPGA; if it is detected in the expiration time that the PCIe link is changed to link down, loading the configuration data from the FPGA configuration memory for upgrade; and after upgrade is completed, negotiating with the FPGA to restore the status of the PCIe link to link up, wherein link up is used for reloading the PCIe driver upon detection by the host. receiving an upgrade instruction delivered by the host; continuously monitoring in an expiration time whether a status of the PCIe link is changed to link down, wherein link down is a status of the PCIe link after the host uninstalls a PCIe driver corresponding to the FPGA; if it is detected in the expiration time that the PCIe link is changed to link down, loading the configuration data from the FPGA configuration memory for upgrade; and after upgrade is completed, negotiating with the FPGA to restore the status of the PCIe link to link up, wherein link up is used for reloading the PCIe driver upon detection by the host.
Chain saw comprising a guide bar for guiding a saw chain, wherein the guide bar comprises two side plates (2, 3) between which a sprocket wheel is rotatable arranged, wherein the sprocket wheel is supported in the guide bar by means of a bearing and wherein the bearing is supplied by a lubricant by means of a lubrication system, characterized in that the lubrication system comprises a lubrication reservoir which is in fluidic connection with the bearing, wherein the lubrication reservoir is sealed against the environment by at least one reed valve, wherein a shim is arranged between at least one of the side plates (2, 3) and the bearing, wherein the shim comprises the reed valve, wherein the shim consists of a sheet metal, and wherein the reed valve is established in the shim by an incision machined into the shim. characterized in that the lubrication system comprises a lubrication reservoir which is in fluidic connection with the bearing, wherein the lubrication reservoir is sealed against the environment by at least one reed valve, wherein a shim is arranged between at least one of the side plates (2, 3) and the bearing, wherein the shim comprises the reed valve, wherein the shim consists of a sheet metal, and wherein the reed valve is established in the shim by an incision machined into the shim.
A boarding ladder assembly for attachment to a boat in an operative boarding position, comprising in combination: a base ladder section; a climbing ladder section coupled to the base ladder section; a first support bracket (16, 18) adapted for installation at a first attachment location on a boat, the first support bracket including portions for releasably engaging the base ladder section and providing hanging support thereto in the operative boarding position; and a second support bracket (20, 22) adapted for attachment at a second attachment location on a boat, the second support bracket including portions for releasably engaging the climbing ladder section and opposing shifting movement thereof in the operative boarding position, wherein the second support bracket comprises gripping portions forming a latch. a base ladder section; a climbing ladder section coupled to the base ladder section; a first support bracket (16, 18) adapted for installation at a first attachment location on a boat, the first support bracket including portions for releasably engaging the base ladder section and providing hanging support thereto in the operative boarding position; and a second support bracket (20, 22) adapted for attachment at a second attachment location on a boat, the second support bracket including portions for releasably engaging the climbing ladder section and opposing shifting movement thereof in the operative boarding position, wherein the second support bracket comprises gripping portions forming a latch. a second support bracket (20, 22) adapted for attachment at a second attachment location on a boat, the second support bracket including portions for releasably engaging the climbing ladder section and opposing shifting movement thereof in the operative boarding position, wherein the second support bracket comprises gripping portions forming a latch.
Method for protecting a computer program from being influenced by an invasive program or by manipulation software for manipulating computer programs on a computer system comprising a processor, a main memory and a storage medium, characterized in that the method prevents a static analysis of the protected computer program without execution of the computer program by the processor due to the fact that parts of the protected computer program are encrypted, wherein a key required for decrypting an encrypted part of the protected computer program is stored in a protected key storage unit that communicates with the computer via an interface, and the method is based on the Kerckhoff principle so that the protected computer program is freely accessible and can be read out by an invasive program or manipulation software, wherein parts of the protected computer program are provided multiple times in the program code of the protected computer program, wherein the following steps are carried out: - dividing the computer program to be protected into modules, - duplicating at least one module into modules (A1, A2), - modifying the modules (A1, A2), - defining a respective value range (α1, α2) for at least one input parameter (a1, a2) required for the execution of the module (A1, A2), - encrypting the modules (A1, A2), - redirecting a module call with at least one parameter (a1, a2) to the key storage unit so that the at least one input parameter (a1, a2) is handed over to the key storage unit and checked against the value range (α1, α2) defined for the invoked module in the key storage unit, and it is decided in the key storage unit if the module call is authorized, and - a selection parameter (i) for selecting the i th module (A1, A2) is returned if such authorization is verified. - dividing the computer program to be protected into modules, - duplicating at least one module into modules (A1, A2), - modifying the modules (A1, A2), - defining a respective value range (α1, α2) for at least one input parameter (a1, a2) required for the execution of the module (A1, A2), - encrypting the modules (A1, A2), - redirecting a module call with at least one parameter (a1, a2) to the key storage unit so that the at least one input parameter (a1, a2) is handed over to the key storage unit and checked against the value range (α1, α2) defined for the invoked module in the key storage unit, and it is decided in the key storage unit if the module call is authorized, and - a selection parameter (i) for selecting the i th module (A1, A2) is returned if such authorization is verified.
A single-stranded antisense oligomer of 10 to 50 nucleotides in length having a contiguous nucleobase sequence with at least 80% sequence identity to a complementary region of a nucleic acid which encodes the COMPLEMENT COMPONENT 6 sequence represented by SEQ ID NO: 1; the oligomer comprising at least one nucleotide analogue and being capable of reducing the level of C6 mRNA expression in a mammal by at least 20% as determined by a qPCR assay, wherein the oligomer is targeted to nucleotides 112-152, 433-473, 546-586, 706-746, or 1015-1055 from the ATG start site of SEQ ID NO: 1.
A method for delivering a dopant gas composition for ion implantation comprising: actuating controlled flow of one or more carbon-containing dopant gases comprising at least CO in response to a predetermined vacuum condition; actuating controlled flow of a diluent gas composition in response to the predetermined vacuum condition, the diluent gas composition comprising an inert gas and a hydrogen-containing gas; introducing the one or more carbon-containing dopant gases into an ion source chamber; introducing the diluent gas composition into the ion source chamber; ionizing the one or more carbon-containing dopant gas sources to produce carbon ions; and implanting the carbon ions into a substrate; wherein the one or more carbon-containing dopant gas sources interacts with the diluents gas composition to reduce deposits along the carbon ion source without producing a substantial reduction in carbon ion beam current in comparison to pure CO and wherein the one or more containing carbon sources comprises CO and the diluent gas composition comprises Xe and H 2, wherein said Xe and H 2 are in a predefined volume ratio ranging from 0.02 to 0.20 and the (Xe+H 2):CO is contained in a predefined volume ratio ranging from 0.10 to 0.30. actuating controlled flow of one or more carbon-containing dopant gases comprising at least CO in response to a predetermined vacuum condition; actuating controlled flow of a diluent gas composition in response to the predetermined vacuum condition, the diluent gas composition comprising an inert gas and a hydrogen-containing gas; introducing the one or more carbon-containing dopant gases into an ion source chamber; introducing the diluent gas composition into the ion source chamber; ionizing the one or more carbon-containing dopant gas sources to produce carbon ions; and implanting the carbon ions into a substrate; wherein the one or more carbon-containing dopant gas sources interacts with the diluents gas composition to reduce deposits along the carbon ion source without producing a substantial reduction in carbon ion beam current in comparison to pure CO and wherein the one or more containing carbon sources comprises CO and the diluent gas composition comprises Xe and H 2, wherein said Xe and H 2 are in a predefined volume ratio ranging from 0.02 to 0.20 and the (Xe+H 2):CO is contained in a predefined volume ratio ranging from 0.10 to 0.30.
A method of displaying a photographing mode, the method comprising: generating input images; determining scene information by recognizing scenes in the input images; obtaining lens information related to a lens of an electronic apparatus which comprises at least one of aperture information, focal distance information, information about whether three-dimensional images are taken, aperture shape information, or distortion correction information; the method being characterized in that it further comprises: determining setup information by using the scene information and the lens information to determine a list of setup values of photographing conditions which comprises at least one of white balance, exposure value compensation, color correction, flash amount adjustment, sensitivity adjustment, aperture adjustment, or shutter speed adjustment; searching for at least one of a plurality of photographing modes of the electronic apparatus which comprises the setup information; and displaying, based on the search, at least one photographing mode selectable by a user on a display unit of the electronic apparatus. generating input images; determining scene information by recognizing scenes in the input images; obtaining lens information related to a lens of an electronic apparatus which comprises at least one of aperture information, focal distance information, information about whether three-dimensional images are taken, aperture shape information, or distortion correction information; determining setup information by using the scene information and the lens information to determine a list of setup values of photographing conditions which comprises at least one of white balance, exposure value compensation, color correction, flash amount adjustment, sensitivity adjustment, aperture adjustment, or shutter speed adjustment; searching for at least one of a plurality of photographing modes of the electronic apparatus which comprises the setup information; and displaying, based on the search, at least one photographing mode selectable by a user on a display unit of the electronic apparatus.
A dryer comprising a cylindrical body with capacity to rotate around itself, a drum comprising said cylindrical body and having a front door with a neck in the form of a ring, protruding from and forming the front surface of the cylindrical body, at least two wheels located on both sides of the cylindrical body, whereby the neck is seated on the wheels and the wheels are supporting the drum by rotating around themselves with the movement of the drum during the drying process and, whereby the neck has a depression increasing the strength of the neck formed along the line where the wheels contact the said front door, characterized in that the contacting surface of the wheels is broader than the width of the depression such that the wheels do not fit into the depression.
Carabiner comprising: - a body, - a gate fitted able to rotate on a first end of the body between a closed position and an open position of the carabiner, the gate being in contact with a second end of the body when the carabiner is in the closed position, - a confinement means configured to form a first stop and a second stop salient from the body, the confinement means being fitted removable with respect to the body, the confinement means being fixed to the body by a first fastener and a second fastener, - a joining part connecting the first fastener to the second fastener to define a separating distance between the first stop and the second stop and the joining part being pressed against the body, the body, the gate and the joining part defining a carabiner with a single central ring; - the first fastener and/or second fastener completely surrounding the body. - a body, - a gate fitted able to rotate on a first end of the body between a closed position and an open position of the carabiner, the gate being in contact with a second end of the body when the carabiner is in the closed position, - a confinement means configured to form a first stop and a second stop salient from the body, the confinement means being fitted removable with respect to the body, the confinement means being fixed to the body by a first fastener and a second fastener, - a joining part connecting the first fastener to the second fastener to define a separating distance between the first stop and the second stop and the joining part being pressed against the body, the body, the gate and the joining part defining a carabiner with a single central ring; - the first fastener and/or second fastener completely surrounding the body.
A pharmaceutical composition comprising at least one of nitazoxanide or tizoxanide or a pharmaceutically acceptable salt thereof for use in a method of treating a disease or condition caused by or associated with a virus belonging to the Picornaviridae family, wherein said method comprises administering to a subject in need thereof a therapeutically effective amount of said pharmaceutical composition.
Apparatus for delivering fuel having a filter housing which has at least two filter connectors (4, 5) which are arranged next to one another and is arranged exchangeably in a receptacle of a cover, the filter connectors (4, 5) being connected in each case to a fuel line (10, 12), characterized in that a coupling element is provided, to which the fuel lines (10, 12) are connected hydraulically and which releasably connects the fuel lines (10, 12) to the filter connectors (4, 5) of the filter housing.
A device to standardize photography picture acquisition adapting to a camera equipped with a lens and comprising at least two light beamers and which light beams and are intersecting at a point position so that the distance between the center of the lens of the camera and the intersection point of the light beams and is incorporated within the depth of field of the camera, wherein the device comprises a system enabling to automatically extinguish the light beamers and during picture acquisition with the camera so that the lights of the beamers are switched on prior to the triggering of the camera, the lights of the beamers and extinguish when the camera is triggered, the lights remain extinguished for the whole duration of image recording process by the photosensitive surface of the camera, and finally the lights of the beamers and are switched on again after the end of the image recording process by the photosensitive surface of the camera.
Method for reducing emissions from heating devices, in particular boilers, in which solid fuel, in particular biomass, is burned in a combustion chamber while fresh air is supplied, wherein combustion gases formed in the combustion chamber are supplied to a flame tube via an inflow region facing the combustion chamber, and flue gases formed from the combustion gases are fed via an outflow region of the flame tube to a subsequent flue gas discharge line via which the emission-causing flue gases are discharged, characterized in that a gaseous medium is supplied in the flame tube to the flow of flue gases and combustion gases formed in the flame tube against the direction of flow of this flow of flue and combustion gases (R, V).