mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly for comparing an eye structure with a structure image , including the following features: a. a memory device for storing a structure image ; b. a light source equipped with a first linear polariser in order to create a linear polarised measuring light directed at an eye ; c. an image sensor for parts of the measuring light reflected from the eye ; d. a second polariser , which is arranged between the eye and the image sensor , whereby the direction of polarisation of the first polariser forms an angle of between 75° and 105°, preferably an angle of between 85° and 95°, more preferably an angle of 90° with the direction of polarisation of the second polariser ; and e. a comparator , in order to compare an image obtained by the image sensor with the structure image ; whereby the image obtained and the structure image contain information about the arrangement of the collagen structures in the cornea. a. a memory device for storing a structure image ; b. a light source equipped with a first linear polariser in order to create a linear polarised measuring light directed at an eye ; c. an image sensor for parts of the measuring light reflected from the eye ; d. a second polariser , which is arranged between the eye and the image sensor , whereby the direction of polarisation of the first polariser forms an angle of between 75° and 105°, preferably an angle of between 85° and 95°, more preferably an angle of 90° with the direction of polarisation of the second polariser ; and e. a comparator , in order to compare an image obtained by the image sensor with the structure image ; whereby the image obtained and the structure image contain information about the arrangement of the collagen structures in the cornea.
A method of Digital Radio Mondiale, DRM, signal processing to reduce delays in time for channel estimation comprising: receiving a DRM signal at a signal processor , the DRM signal comprising a Fast Access Channel, FAC, and one or more channels from a group including: a Service Description Channel, SDC, and a Main Service Channel, MSC; estimating the FAC channel from the received DRM signal with a one-dimensional, 1D, frequency filter in a frequency domain to generate an interim output; decoding said interim output to generate decoded interim output; estimating said FAC channel with a 2D filter in parallel with estimating said FAC channel with said 1D filter, to generate said interim output; wherein if the decoding after estimating of said FAC channel by said 1D filter is unsuccessful , using the channel estimation output of said 2D filter as said interim output, decoding the said interim output and repeating the estimating of said FAC channel with said 2D filter and decoding said interim output until the decoding is successful and using the channel estimation output of said 1D filter as said interim output if the decoding after estimating of said FAC channel by said 1D filter is successful , and estimating at least one of the SDC and MSC channels from the decoded selected interim output with a two-dimensional, 2D, filter to produce a final output . receiving a DRM signal at a signal processor , the DRM signal comprising a Fast Access Channel, FAC, and one or more channels from a group including: a Service Description Channel, SDC, and a Main Service Channel, MSC; estimating the FAC channel from the received DRM signal with a one-dimensional, 1D, frequency filter in a frequency domain to generate an interim output; decoding said interim output to generate decoded interim output; estimating said FAC channel with a 2D filter in parallel with estimating said FAC channel with said 1D filter, to generate said interim output; wherein if the decoding after estimating of said FAC channel by said 1D filter is unsuccessful , using the channel estimation output of said 2D filter as said interim output, decoding the said interim output and repeating the estimating of said FAC channel with said 2D filter and decoding said interim output until the decoding is successful and using the channel estimation output of said 1D filter as said interim output if the decoding after estimating of said FAC channel by said 1D filter is successful , and
A method for handover at a terminal device, comprising, at the terminal device: reporting measurements to a network management center via a source access node, using an end-to-end connection; receiving , from the network management center via the end-to-end connection, an indication of a target access node for handover from the source access node currently serving the terminal device; and transmitting terminal-related context information of the terminal device to the target access node. reporting measurements to a network management center via a source access node, using an end-to-end connection; receiving , from the network management center via the end-to-end connection, an indication of a target access node for handover from the source access node currently serving the terminal device; and transmitting terminal-related context information of the terminal device to the target access node.
A biostimulator , comprising: a pacing electrode having an electrode axis ; a housing having an electronics compartment containing pacing circuitry electrically connected to the pacing electrode , wherein the housing has a housing axis ; and an articulation between the pacing electrode and the housing such that, when the pacing electrode is affixed to an interventricular septal wall and the housing is located at a ventricular apex , the electrode axis and the housing axis extend in different directions, characterized in that the articulation includes an articulable hinge having a pin arranged to provide relative movement between the housing and the pacing electrode . a pacing electrode having an electrode axis ; a housing having an electronics compartment containing pacing circuitry electrically connected to the pacing electrode , wherein the housing has a housing axis ; and an articulation between the pacing electrode and the housing such that, when the pacing electrode is affixed to an interventricular septal wall and the housing is located at a ventricular apex , the electrode axis and the housing axis extend in different directions, characterized in that the articulation includes an articulable hinge having a pin arranged to provide relative movement between the housing and the pacing electrode .
Leaf-remover head comprising: - a support body ; - an inlet mouth belonging to said support body for connection to an air-feeding unit; - a containment element delimiting a cavity in communication with said inlet mouth , at least a first portion of said containment element being rotatably associated to said support body according to a rotation axis (X); - an outlet mouth belonging to said first portion, arranged eccentrically with respect to said rotation axis (X) and in communication with said cavity ; characterized in that said containment element is a drum having a circular profile whose axis is coaxial to said rotation axis (X), said drum being provided with an inlet hole in communication with said inlet mouth and of an outlet hole in communication with said outlet mouth . - a support body ; - an inlet mouth belonging to said support body for connection to an air-feeding unit; - a containment element delimiting a cavity in communication with said inlet mouth , at least a first portion of said containment element being rotatably associated to said support body according to a rotation axis (X); - an outlet mouth belonging to said first portion, arranged eccentrically with respect to said rotation axis (X) and in communication with said cavity ;
An apparatus for transporting a load, including: a body including a part or portion for engaging with or connecting to a load to be transported; a ground-engaging device supporting the body, the ground-engaging device for effecting movement of the body over a surface; a transmitter module ; a receiver module ; and a controller for communicating with the transmitter and receiver modules and the ground engaging device and for receiving status signals from components and/or devices of the apparatus, wherein the controller is capable of conducting a check as to the status of the components and/or devices of the apparatus, and after completing said check to provide an "apparatus operative" or "apparatus non-operative" signal to the transmitter module, characterized in that the transmitter module is configured to transmit the "apparatus operative" or "apparatus non-operative" signal including to its own receiver module, and wherein the receiver module is configured to receive from a first predetermined, or designated, other such apparatus its respective "apparatus operative" or "apparatus non-operative" signals. a body including a part or portion for engaging with or connecting to a load to be transported; a ground-engaging device supporting the body, the ground-engaging device for effecting movement of the body over a surface; a transmitter module ; a receiver module ; and a controller for communicating with the transmitter and receiver modules and the ground engaging device and for receiving status signals from components and/or devices of the apparatus, wherein the controller is capable of conducting a check as to the status of the components and/or devices of the apparatus, and after completing said check to provide an "apparatus operative" or "apparatus non-operative" signal to the transmitter module, characterized in that the transmitter module is configured to transmit the "apparatus operative" or "apparatus non-operative" signal including to its own receiver module, and wherein the receiver module is configured to receive from a first predetermined, or designated, other such apparatus its respective "apparatus operative" or "apparatus non-operative" signals.
A battery management system coupled to a series-parallel battery system comprising a plurality of batteries arranged in m columns such that each column comprises n batteries connected in series between the negative and positive terminals of the battery system, wherein the battery management system comprises: a plurality of buffer resistors , wherein each buffer resistor has a first terminal coupled to a connection node of two batteries of the plurality of batteries on a common column of the batteries , such that n-1 buffer resistors of the plurality of buffer resistors are associated with one column of batteries of the m columns of batteries and m buffer resistors of the plurality of buffer resistors are associated with two rows of the batteries having the common connection, and characterized in a second terminal of each of the m buffer resistors associated the two rows having the common connection form one measurement node of a plurality of measurement nodes ; and a battery management unit connected with the negative and positive terminals of the series-parallel battery system and with the plurality of measurement nodes , and configured for monitoring a voltage level of present at each of the plurality of measurement nodes and configured for a balancing voltage within the plurality of batteries by providing a shunt path to drain the batteries of one row of excess charge and to transfer the excess charge to at least one selected row of the batteries , which are deficient in charge. a plurality of buffer resistors , wherein each buffer resistor has a first terminal coupled to a connection node of two batteries of the plurality of batteries on a common column of the batteries , such that n-1 buffer resistors of the plurality of buffer resistors are associated with one column of batteries of the m columns of batteries and m buffer resistors of the plurality of buffer resistors are associated with two rows of the batteries having the common connection, and characterized in a second terminal of each of the m buffer resistors associated the two rows having the common connection form one measurement node of a plurality of measurement nodes ; and a battery management unit connected with the negative and positive terminals of the series-parallel battery system and with the plurality of measurement nodes , and configured for monitoring a voltage level of present at each of the plurality of measurement nodes and configured for a balancing voltage within the plurality of batteries by providing a shunt path to drain the batteries of one row of excess charge and to transfer the excess charge to at least one selected row of the batteries , which are deficient in charge.
A process for producing a fibrous ballistic resistant composite, said process comprising the steps of: a) providing a high tenacity extended chain polyethylene fiber having a tenacity of at least 33 g/denier at ambient room temperature and a molecular weight of at least 500,000, wherein said fiber has fiber surfaces and wherein said surfaces are at least partially covered by a fiber surface finish or wherein said fiber is substantially free of a fiber surface finish; b) where said fiber surfaces are at least partially covered by a fiber surface finish, removing at least a portion of the fiber surface finish from the fiber surfaces such that the fiber surface finish is substantially or completely removed from the surfaces of the fibers; c) subjecting the high tenacity fiber to a plasma treatment wherein a plurality of fibers are plasma treated with plasma energy flux of 100 Watts/0.093m 2 /min (100 W/ft 2 /min) or less within a chamber maintained at atmospheric pressure under conditions effective to modify the high tenacity fiber; thereby producing a modified, high tenacity fiber which has been modified by a plasma treatment, which modified high tenacity fiber has a tenacity of at least 33 g/denier at ambient room temperature; and d) forming a fibrous ballistic resistant composite from a plurality of said fibers and a polymeric binder material at least partially coated on at least some of said modified, high tenacity fibers. a) providing a high tenacity extended chain polyethylene fiber having a tenacity of at least 33 g/denier at ambient room temperature and a molecular weight of at least 500,000, wherein said fiber has fiber surfaces and wherein said surfaces are at least partially covered by a fiber surface finish or wherein said fiber is substantially free of a fiber surface finish; b) where said fiber surfaces are at least partially covered by a fiber surface finish, removing at least a portion of the fiber surface finish from the fiber surfaces such that the fiber surface finish is substantially or completely removed from the surfaces of the fibers; c) subjecting the high tenacity fiber to a plasma treatment wherein a plurality of fibers are plasma treated with plasma energy flux of 100 Watts/0.093m 2 /min (100 W/ft 2 /min) or less within a chamber maintained at atmospheric pressure under conditions effective to modify the high tenacity fiber; thereby producing a modified, high tenacity fiber which has been modified by a plasma treatment, which modified high tenacity fiber has a tenacity of at least 33 g/denier at ambient room temperature; and d) forming a fibrous ballistic resistant composite from a plurality of said fibers and a polymeric binder material at least partially coated on at least some of said modified, high tenacity fibers.
A method of creating a filtered frame for providing visual information to a user, the method comprising at a graphical computer: receiving a first frame having a first resolution; downscaling the first frame to a second resolution, the second resolution being lower resolution than the first resolution; receiving a second frame having the first resolution; downscaling the second frame to the second resolution; comparing the first frame at the second resolution to the second frame at the second resolution to create a second resolution motion vector field; generating a seeded first resolution motion vector field using the second resolution motion vector field; comparing the first frame at the first resolution to the second frame at the first resolution to refine the seeded first resolution motion vector field to create a refined first resolution motion vector field; and applying a blur filter to the first frame at the first resolution based on the refined first resolution motion vector field to create the filtered frame. receiving a first frame having a first resolution; downscaling the first frame to a second resolution, the second resolution being lower resolution than the first resolution; receiving a second frame having the first resolution; downscaling the second frame to the second resolution; comparing the first frame at the second resolution to the second frame at the second resolution to create a second resolution motion vector field; generating a seeded first resolution motion vector field using the second resolution motion vector field; comparing the first frame at the first resolution to the second frame at the first resolution to refine the seeded first resolution motion vector field to create a refined first resolution motion vector field; and applying a blur filter to the first frame at the first resolution based on the refined first resolution motion vector field to create the filtered frame.
An image projection apparatus comprising: a light source configured to generate a light bundle; a display element configured to form an image using the light bundle; a plurality of lenses provided to advance the light bundle toward the display element, the plurality of lenses being provided in a path of the light-bundle between the light source and the display element, and including a concave lens and at least one convex lens, wherein the plurality of lenses are disposed to form a stop, and the concave lens is provided on the path of the light bundle prior to the stop; and a polarizing optical device provided between the plurality of lenses to sequentially convert the light bundle into circular polarized light in different directions from one another for producing stereoscopic images, characterised in that the polarizing optical device is located at a position of the stop, and wherein the at least one convex lens is disposed between the concave lens and the polarizing optical device. a light source configured to generate a light bundle; a display element configured to form an image using the light bundle; a plurality of lenses provided to advance the light bundle toward the display element, the plurality of lenses being provided in a path of the light-bundle between the light source and the display element, and including a concave lens and at least one convex lens, wherein the plurality of lenses are disposed to form a stop, and the concave lens is provided on the path of the light bundle prior to the stop; and a polarizing optical device provided between the plurality of lenses to sequentially convert the light bundle into circular polarized light in different directions from one another for producing stereoscopic images, characterised in that the polarizing optical device is located at a position of the stop, and wherein the at least one convex lens is disposed between the concave lens and the polarizing optical device.
An engine comprising: a rocket combustion chamber for the combustion of fuel and oxidant; an air-breathing combustion chamber for the combustion of fuel and oxidant; a compressor for pressurizing air for supply to said air-breathing combustion chamber; a first fuel delivery system for delivering fuel to said rocket combustion chamber ; a second fuel delivery system for delivering fuel to said air-breathing combustion chamber ; an oxidant delivery system for delivering oxidant to said rocket combustion chamber ; wherein the air-breathing combustion chamber and the rocket combustion chamber are configured to be operated independently with the engine being, above a predetermined velocity, switchable from an air-breathing mode to a full rocket mode; and. wherein the engine further comprises: a first heat exchanger arrangement having an inlet and an outlet arranged for cooling air to be supplied to said compressor using a heat transfer medium before compression by said compressor ; a heat transfer medium loop for said heat transfer medium; and a second heat exchanger arrangement configured for cooling of said heat transfer medium by fuel delivered by the first or second fuel delivery system. a rocket combustion chamber for the combustion of fuel and oxidant; an air-breathing combustion chamber for the combustion of fuel and oxidant; a compressor for pressurizing air for supply to said air-breathing combustion chamber; a first fuel delivery system for delivering fuel to said rocket combustion chamber ; a second fuel delivery system for delivering fuel to said air-breathing combustion chamber ; an oxidant delivery system for delivering oxidant to said rocket combustion chamber ; wherein the air-breathing combustion chamber and the rocket combustion chamber are configured to be operated independently with the engine being, above a predetermined velocity, switchable from an air-breathing mode to a full rocket mode; and. a first heat exchanger arrangement having an inlet and an outlet arranged for cooling air to be supplied to said compressor using a heat transfer medium before compression by said compressor ; a heat transfer medium loop for said heat transfer medium; and a second heat exchanger arrangement configured for cooling of said heat transfer medium by fuel delivered by the first or second fuel delivery system.
A valve control system for a steam turbine comprising: an accident detection unit which detects an occurrence of an electric power system accident; a first selection unit which selects, from a plurality of control valves which adjust a volume of steam flowing into a steam turbine, control valves to be rapidly closed according to a scale of the accident detected; and a normal control circuit which continues normal pressure or speed control by the control valves which are not selected, characterized in that the valve control system further comprises a second selection unit which selects, from turbine bypass valves which allow an excess portion of the volume of steam to turbine bypass, turbine bypass valves to be rapidly opened based on a number of the control valves which are rapidly closed, wherein the normal control circuit further continues normal pressure or speed control by the turbine bypass valves which are not selected. an accident detection unit which detects an occurrence of an electric power system accident; a first selection unit which selects, from a plurality of control valves which adjust a volume of steam flowing into a steam turbine, control valves to be rapidly closed according to a scale of the accident detected; and a normal control circuit which continues normal pressure or speed control by the control valves which are not selected, characterized in that the valve control system further comprises a second selection unit which selects, from turbine bypass valves which allow an excess portion of the volume of steam to turbine bypass, turbine bypass valves to be rapidly opened based on a number of the control valves which are rapidly closed, wherein the normal control circuit further continues normal pressure or speed control by the turbine bypass valves which are not selected.