mhurhangee/patent-ind-claim-en huggingface dataset:
A rectifier system comprising: a twelve pulse step-up autotransformer configured to receive a three phase AC input and produce a six phase, 12 pulse AC output, wherein the step-up autotransformer is a 1 : 6 − 2 3 + 2 2 ratio autotransformer; two rectifiers configured to receive the six phase, 12 pulse AC output and to generate a first DC output and a second DC output; an interphase transformer configured to receive the first DC output and the second DC output and to generate a combined DC output; and wherein three phases of the six-phase AC output signal are delivered to a first rectifier , and wherein three remaining phases of the six-phase AC output signal are delivered to a second rectifier . a twelve pulse step-up autotransformer configured to receive a three phase AC input and produce a six phase, 12 pulse AC output, wherein the step-up autotransformer is a 1 : 6 − 2 3 + 2 2 ratio autotransformer; two rectifiers configured to receive the six phase, 12 pulse AC output and to generate a first DC output and a second DC output; an interphase transformer configured to receive the first DC output and the second DC output and to generate a combined DC output; and wherein three phases of the six-phase AC output signal are delivered to a first rectifier , and wherein three remaining phases of the six-phase AC output signal are delivered to a second rectifier .
A power supply comprising first (TU) and second (HS) ac voltage generators both connected to one or more loads and both connected to a respective 6-pulse rectifier unit for rectifying ac voltage from each of the first and second ac voltage generators to a dc voltage output for the loads, wherein each of the first and second ac voltage generators comprises two 3-phase voltage sources separated by a phase shift, wherein the voltage output from each rectifier unit is coupled to the loads via a respective interphase inductor , and further comprising a third ac voltage generator (LS GEN) connected to the one or more loads and having a further two 3-phase voltage sources separated by a phase shift and further comprising a respective further rectifier unit for each of the further two 3-phase voltage sources; and wherein a first rectifier unit is configured to recieve inputs from a first 3-phase source (a,c) of each of the first and second ac voltage generators and a second rectifier unit is configured to receive inputs from a second 3-phase source (b,d) of each ac voltage generator, and wherein the first rectifier unit provides a first dc output (e) and the second rectifier unit provides a second dc output (f), and wherein the first dc output (e) is connected to the loads and to the second rectifier unit via a first interphase inductor , and the second dc output (f) is connected to the loads and to the first rectifier unit via a second interphase inductor , and wherein the two sources for the third ac voltage generator are connected into the output via two further rectifier units , which are also connected in parallel via respective interphase inductors to output the loads; and wherein the power supply is configured to be in combination with a geared turbofan engine, wherein the second ac voltage generator is associated with a high spool side of the engine and the third ac voltage generator is associated with a low spool side of the generator.
Display device, comprising an optical display unit , which is designed to display at least one pictogram , and a housing frame , the optical display unit being elastically mounted on the housing frame and being designed to be excited to mechanical vibrations relative to the housing frame , and the display device having vibration-generating means which are designed to excite the optical display unit to mechanical vibrations for reproducing an acoustic signal in a frequency range perceptible to humans on the basis of a control signal ; and the display device comprising a control unit for generating and outputting the control signal to the vibration-generating means of the display device, and characterized in that the control unit is designed to actuate the vibration-generating means using the control signal in a first operating mode for acoustically reproducing a voice and/or music signal, and to actuate these means simultaneously with optical output of the pictogram and acoustic output of the acoustic signal associated with the pictogram , and the control unit is designed to actuate the vibration-generating means in the first operating mode if the control unit detects an operation of the display device in a mains operation, and to actuate the vibration-generating means in the second operating mode if the control unit detects a mains-independent, battery-supported operation of the display device. comprising an optical display unit , which is designed to display at least one pictogram , and a housing frame , the optical display unit being elastically mounted on the housing frame and being designed to be excited to mechanical vibrations relative to the housing frame , and the display device having vibration-generating means which are designed to excite the optical display unit to mechanical vibrations for reproducing an acoustic signal in a frequency range perceptible to humans on the basis of a control signal ; and the display device comprising a control unit for generating and outputting the control signal to the vibration-generating means of the display device, and characterized in that the control unit is designed to actuate the vibration-generating means using the control signal in a first operating mode for acoustically reproducing a voice and/or music signal, and to actuate these means simultaneously with optical output of the pictogram and acoustic output of the acoustic signal associated with the pictogram , and the control unit is designed to actuate the vibration-generating means in the first operating mode if the control unit detects an operation of the display device in a mains operation, and to actuate the vibration-generating means in the second operating mode if the control unit detects a mains-independent, battery-supported operation of the display device.
A light , comprising: a removable battery pack ; a base portion configured to receive the battery pack ; a light section operably connected to the base portion , the light section including a light generator which produces light; and a mount disposed on the base portion , the mount comprising a first mount member and a second mount member ; wherein each of the first mount member and the second mount member is independently rotatable relative to the base portion ; and wherein each of the first mount member and the second mount member includes a magnet and a mount member housing ; characterized in that a pair of ferrous metal plates projects through each mount member housing for contacting a surface, the ferrous metal plates and the magnet together configured to create a magnetic field for attaching the mount members to metal objects. a removable battery pack ; a base portion configured to receive the battery pack ; a light section operably connected to the base portion , the light section including a light generator which produces light; and a mount disposed on the base portion , the mount comprising a first mount member and a second mount member ; wherein each of the first mount member and the second mount member is independently rotatable relative to the base portion ; and wherein each of the first mount member and the second mount member includes a magnet and a mount member housing ; characterized in that a pair of ferrous metal plates projects through each mount member housing for contacting a surface, the ferrous metal plates and the magnet together configured to create a magnetic field for attaching the mount members to metal objects.
A cooling device , comprising: a cooling unit configured to be driven by electric power and to receive heat; a power supply unit configured to supply the electric power to the cooling unit ; and a housing that accommodates the cooling unit and is attachable to a cooking container and removable from the cooking container , the housing being formed into a disc-like shape; the cooling device being characterised in that the housing is made of flexible material. a cooling unit configured to be driven by electric power and to receive heat; a power supply unit configured to supply the electric power to the cooling unit ; and a housing that accommodates the cooling unit and is attachable to a cooking container and removable from the cooking container , the housing being formed into a disc-like shape; the cooling device being characterised in that the housing is made of flexible material.
A transportation device , comprising: a first rotary device with a first axis of rotation; a second rotary device with a second axis of rotation that is different from the first axis of rotation; a first drive motor that drives the first rotary device; a movable control member ; a first position sensor that senses a position of the movable control member; and a control circuit that drives the first motor towards auto-balancing the movable control member based on data from the first position sensor, characterized in that the device further comprises a first continuous track and a second continuous track and wherein the first continuous track is driven by the first drive motor through the first rotary device. a first rotary device with a first axis of rotation; a second rotary device with a second axis of rotation that is different from the first axis of rotation; a first drive motor that drives the first rotary device; a movable control member ; a first position sensor that senses a position of the movable control member; and a control circuit that drives the first motor towards auto-balancing the movable control member based on data from the first position sensor, characterized in that the device further comprises a first continuous track and a second continuous track and wherein the first continuous track is driven by the first drive motor through the first rotary device.
A liquid dispersion comprising: an acyl halide, and a saccharide fatty acid ester (SEFA) containing at least two hydrophobic groups. an acyl halide, and a saccharide fatty acid ester (SEFA) containing at least two hydrophobic groups.
A monoclonal antibody that binds human tau comprising a light chain variable region (LCVR) and a heavy chain variable region (HCVR), wherein the LCVR comprises complementarity determining regions (CDRs) LCDR1, LCDR2, and LCDR3 and the HCVR comprises CDRs HCDR1, HCDR2, and HCDR3, wherein the amino acid sequence of LCDR1 is given by SEQ ID NO: 3, the amino acid sequence of LCDR2 is given by SEQ ID NO: 4, the amino acid sequence of LCDR3 is given by SEQ ID NO: 5, the amino acid sequence of HCDR1 is given by SEQ ID NO: 6, the amino acid sequence of HCDR2 is given by SEQ ID NO: 7, and the amino acid sequence of HCDR3 is given by SEQ ID NO: 8.
A method of wireless communication performed by a user equipment (UE), comprising: transmitting, to a non-terrestrial network, NTR, entity, a report of one or more maximum transport block sizes supported by the UE, wherein the report includes a first maximum transport block size, of the one or more maximum transport block sizes for when hybrid automatic repeat request, HARQ, feedback is enabled and a second maximum transport block size, of the one or more maximum transport block sizes, for when HARQ feedback is disabled; and receiving, based at least in part on transmitting the report, one or more transport blocks that have a transport block size that does not exceed the first maximum transport block size, when the HARQ feedback is enabled, or the second maximum transport block size when the HARQ feedback is disabled. transmitting, to a non-terrestrial network, NTR, entity, a report of one or more maximum transport block sizes supported by the UE, wherein the report includes a first maximum transport block size, of the one or more maximum transport block sizes for when hybrid automatic repeat request, HARQ, feedback is enabled and a second maximum transport block size, of the one or more maximum transport block sizes, for when HARQ feedback is disabled; and receiving, based at least in part on transmitting the report, one or more transport blocks that have a transport block size that does not exceed the first maximum transport block size, when the HARQ feedback is enabled, or the second maximum transport block size when the HARQ feedback is disabled.
A method implemented in a color management module of a target display environment for processing and rendering image data on a target display of the target display environment through metadata, said method comprising: receiving the image data extracted from a video signal; receiving the metadata accompanying the video signal, wherein a subset of the metadata is colocated temporally and spatially with the video signal that is intended to be rendered at a given time; and if a first level of metadata included in the subset of metadata is present, generating color management algorithm parameters according to the first level of metadata for color grading the image data to be displayed on the target display, wherein the first level of metadata provides information about a reference display used to grade the image data; wherein the first level of metadata includes: a. a white point and a black point of the reference display each provided as CIE x,y chromaticity coordinates, b. primaries of the reference display provided as CIE x,y chromaticity coordinates, and c. a maximum luminance level of the reference display. receiving the image data extracted from a video signal; receiving the metadata accompanying the video signal, wherein a subset of the metadata is colocated temporally and spatially with the video signal that is intended to be rendered at a given time; and if a first level of metadata included in the subset of metadata is present, generating color management algorithm parameters according to the first level of metadata for color grading the image data to be displayed on the target display, wherein the first level of metadata provides information about a reference display used to grade the image data; wherein the first level of metadata includes: a. a white point and a black point of the reference display each provided as CIE x,y chromaticity coordinates, b. primaries of the reference display provided as CIE x,y chromaticity coordinates, and c. a maximum luminance level of the reference display. a. a white point and a black point of the reference display each provided as CIE x,y chromaticity coordinates, b. primaries of the reference display provided as CIE x,y chromaticity coordinates, and c. a maximum luminance level of the reference display.
Computer-implemented method, to preferably continuously determine a current glucose level in a transport fluid, particularly blood, of an organism, comprising the steps a) To determine, using a sensor device, a series of measurements, comprising at least two measurements separated in time for a tissue glucose level, in the tissue surrounding the transport fluid, b) To determine (T2) the tissue glucose level using the determined series of measurements, based on a sensor model, in which, by means of a sensor model, measurements of the sensor device are correlated to the tissue glucose levels while taking into account measurement noise (V1, V2, V3, T3), c) To provide a state transition model, in which, by means of the state transition model, at least one glucose level in the transport fluid is correlated to the tissue glucose levels that have been determined while taking into account process noise (V1, V2, V3, T3), and d) To provide (S6) the current glucose level based on the state transition model that has been provided and the tissue glucose level that has been determined, characterized in that at least step d), preferably steps b)-d), is carried out by using at least one Moving Horizon Estimation method, preferably wherein a Moving Horizon Estimation method is carried out to determine the current glucose level in step d) applied to previously provided glucose levels and at least one previous tissue glucose level. a) To determine, using a sensor device, a series of measurements, comprising at least two measurements separated in time for a tissue glucose level, in the tissue surrounding the transport fluid, b) To determine (T2) the tissue glucose level using the determined series of measurements, based on a sensor model, in which, by means of a sensor model, measurements of the sensor device are correlated to the tissue glucose levels while taking into account measurement noise (V1, V2, V3, T3), c) To provide a state transition model, in which, by means of the state transition model, at least one glucose level in the transport fluid is correlated to the tissue glucose levels that have been determined while taking into account process noise (V1, V2, V3, T3), and d) To provide (S6) the current glucose level based on the state transition model that has been provided and the tissue glucose level that has been determined,
A contact lens , said contact lens comprising: an inner layer , comprised of an interior side and an exterior side, wherein said exterior side is configured to be placed upon the eye of an individual; an outer layer , comprised of an interior side and an exterior side, and an amount of liquid crystal material , said interior side of said outer layer is affixed to said interior side of said inner layer in such a way that creates a sealed area there between; said amount of liquid crystal material being contained within said sealed area, characterized in that : said interior side of said inner layer is further comprised of a plurality of micro tubes disposed over the interior side of the inner layer from a brim to an iris viewing portal of the contact lens ; the amount of liquid crystal material comprises thermochromic liquid crystal within the micro tubes ; and said amount of liquid crystal material is configured to respond to one or more stimuli, wherein at least one of said one or more stimuli is temperature changes. an inner layer , comprised of an interior side and an exterior side, wherein said exterior side is configured to be placed upon the eye of an individual; an outer layer , comprised of an interior side and an exterior side, and an amount of liquid crystal material , said interior side of said outer layer is affixed to said interior side of said inner layer in such a way that creates a sealed area there between; said amount of liquid crystal material being contained within said sealed area, characterized in that : said interior side of said inner layer is further comprised of a plurality of micro tubes disposed over the interior side of the inner layer from a brim to an iris viewing portal of the contact lens ; the amount of liquid crystal material comprises thermochromic liquid crystal within the micro tubes ; and said amount of liquid crystal material is configured to respond to one or more stimuli, wherein at least one of said one or more stimuli is temperature changes. said interior side of said inner layer is further comprised of a plurality of micro tubes disposed over the interior side of the inner layer from a brim to an iris viewing portal of the contact lens ; the amount of liquid crystal material comprises thermochromic liquid crystal within the micro tubes ; and said amount of liquid crystal material is configured to respond to one or more stimuli, wherein at least one of said one or more stimuli is temperature changes.
A method at a network node for configuring a cluster specific to a terminal device in a wireless network, wherein the terminal device can establish at least two concurrent connections over at least two respective beams, the method comprising: dynamically adjusting a configuration of the cluster; and informing the terminal device of the adjusted configuration so that connectivity of the terminal device in the cluster is adapted to the adjusted configuration; wherein the cluster comprises a number of network nodes capable of providing multiple beams for the terminal device; wherein the cluster comprises a cluster head and at least one assisting serving access node, SAN, the cluster head is a primary SAN, responsible for coordination of the cluster so as to control fast beam switching and responsible for setup or maintenance of the cluster, the assisting SAN assists the cluster head to serve the terminal device; wherein the beams over which the at least two concurrent connections are established are from the cluster head and at least one assisting SAN; wherein dynamically adjusting the configuration of the cluster is based on a traffic load of the primary and the at least one assisting SAN, the traffic load is indicated by a ratio of the overlapped cluster, and wherein the ratio of the overlapped cluster is a ratio of a part of the cluster that is overlapped with any of other clusters configured for other terminal devices to the whole cluster. dynamically adjusting a configuration of the cluster; and informing the terminal device of the adjusted configuration so that connectivity of the terminal device in the cluster is adapted to the adjusted configuration; wherein the cluster comprises a number of network nodes capable of providing multiple beams for the terminal device; wherein the cluster comprises a cluster head and at least one assisting serving access node, SAN, the cluster head is a primary SAN, responsible for coordination of the cluster so as to control fast beam switching and responsible for setup or maintenance of the cluster, the assisting SAN assists the cluster head to serve the terminal device; wherein the beams over which the at least two concurrent connections are established are from the cluster head and at least one assisting SAN; wherein dynamically adjusting the configuration of the cluster is based on a traffic load of the primary and the at least one assisting SAN, the traffic load is indicated by a ratio of the overlapped cluster, and wherein the ratio of the overlapped cluster is a ratio of a part of the cluster that is overlapped with any of other clusters configured for other terminal devices to the whole cluster.
Method for the desorption of nucleic acids from a sample, wherein a solid phase is rinsed multiple times with an elution buffer in a microfluidic system (1; 21; 31) in order to elute nucleic acids bound to the solid phase from the solid phase in the microfluidic system (1; 21; 31), characterized in that part-volumes of the elution buffer are passed across the solid phase one after another in series, the first part volume passed across the solid phase being discarded, preferably by being conducted into a collection chamber of the microfluidic system (1; 21; 31) .
Method for operating a plastics processing machine , in particular an injection moulding machine, wherein the machine has at least one hydraulically driven axle , wherein hydraulic fluid is fed into a piston-cylinder system by a pump driven by a motor in order to actuate the axle in a first axial direction (R1), so that elastic deformation of parts of the machine takes place as a result of the hydraulic pressure, wherein the hydraulic fluid is passed from the piston-cylinder system through a turbine and an electric generator is driven by the turbine , when the hydraulic pressure in the piston-cylinder system is reduced during the movement of the axle in a second axial direction (R2) opposite to the first axial direction (R1) and the resulting elastic re-deformation of parts of the machine , characterized in that prior to the return of hydraulic fluid from the piston-cylinder system through the turbine , a predetermined pressure is generated by the pump in a connecting line between the piston-cylinder system and the turbine .