mhurhangee/patent-ind-claim-en huggingface dataset:
A method of decoding video data, the method comprising: receiving an encoded video bitstream that forms a representation of a coded picture of the video data; determining a partitioning of the coded picture of the video data into a plurality of coded units, the partitioning being according to a first tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree, and the plurality of coded units including a leaf node of the first tree structure; determining that a residual block of the leaf node is recursively split into a plurality of transform units according to a second tree structure, wherein the residual block is recursively split into the second tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree; wherein determining that the residual block of the leaf node is recursively split into a plurality of transform units according to the second tree structure comprises: decoding, from the encoded video bitstream, a flag indicating that only a single transform unit partition structure is allowed in the second tree structure for the residual block; and determining the single transform unit partition structure to be one of the binary tree, the asymmetric binary tree, or the triple tree according to which the residual block is split; and reconstructing the coded picture based on the determined first and second tree structures. receiving an encoded video bitstream that forms a representation of a coded picture of the video data; determining a partitioning of the coded picture of the video data into a plurality of coded units, the partitioning being according to a first tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree, and the plurality of coded units including a leaf node of the first tree structure; determining that a residual block of the leaf node is recursively split into a plurality of transform units according to a second tree structure, wherein the residual block is recursively split into the second tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree; wherein determining that the residual block of the leaf node is recursively split into a plurality of transform units according to the second tree structure comprises: decoding, from the encoded video bitstream, a flag indicating that only a single transform unit partition structure is allowed in the second tree structure for the residual block; and determining the single transform unit partition structure to be one of the binary tree, the asymmetric binary tree, or the triple tree according to which the residual block is split; and decoding, from the encoded video bitstream, a flag indicating that only a single transform unit partition structure is allowed in the second tree structure for the residual block; and determining the single transform unit partition structure to be one of the binary tree, the asymmetric binary tree, or the triple tree according to which the residual block is split; and reconstructing the coded picture based on the determined first and second tree structures.
A steel plate having excellent PWHT resistance for a low-temperature pressure vessel comprising: in terms of wt%, 0.07-0.17% of C, 0.15-0.40% of Si, 0.3-0.7% of Mn, 0.012% or less of P, 0.015% or less of S, 3.0-4.0% of Ni, 0.03-0.25% of W, and a balance of Fe and inevitable impurities, wherein the steel plate has a steel microstructure including 25-80 area% of tempered bainite and a balance of tempered martensite, and wherein the steel plate maintains tensile strength at 600 MPa or more even when the steel plate is subjected to PWHT for a maximum of 20 hours at 580-640°C. in terms of wt%, 0.07-0.17% of C, 0.15-0.40% of Si, 0.3-0.7% of Mn, 0.012% or less of P, 0.015% or less of S, 3.0-4.0% of Ni, 0.03-0.25% of W, and a balance of Fe and inevitable impurities, wherein the steel plate has a steel microstructure including 25-80 area% of tempered bainite and a balance of tempered martensite, and wherein the steel plate maintains tensile strength at 600 MPa or more even when the steel plate is subjected to PWHT for a maximum of 20 hours at 580-640°C.
A reinforcing resin composition comprising: an epoxy compound; and a curing agent, wherein the reinforcing resin composition contains a bisphenol E type epoxy resin as the epoxy compound in an amount of 25 mass% or more and 100 mass% or less relative to the total amount of the epoxy compound; and wherein the reinforcing resin composition further comprises a gelling agent. an epoxy compound; and a curing agent, wherein the reinforcing resin composition contains a bisphenol E type epoxy resin as the epoxy compound in an amount of 25 mass% or more and 100 mass% or less relative to the total amount of the epoxy compound; and wherein the reinforcing resin composition further comprises a gelling agent.
A frequency scaling method, wherein the method comprises: predicting an energy efficiency parameter for processing a current frame of an image by at least one module, wherein the at least one module comprises at least one of a central processing unit CPU, a graphics processing unit GPU, a memory configured to store the current frame, or a neural network processing unit NPU, and wherein the energy efficiency parameter comprises at least one of the following: a quantity of instructions for processing the current frame by the CPU, a cache miss generated when the CPU processes the current frame, a quantity of draw calls for processing the current frame by the GPU, a bandwidth for storing the current frame by the memory, or a calculation amount for processing the current frame by the NPU; selecting a first frequency set from a plurality of frequency sets based on the predicted energy efficiency parameter, wherein the first frequency set comprises a preset frequency corresponding to each of the at least one module; and scaling a working frequency of each of the at least one module for processing the current frame to the preset frequency corresponding to each of the at least one module. predicting an energy efficiency parameter for processing a current frame of an image by at least one module, wherein the at least one module comprises at least one of a central processing unit CPU, a graphics processing unit GPU, a memory configured to store the current frame, or a neural network processing unit NPU, and wherein the energy efficiency parameter comprises at least one of the following: a quantity of instructions for processing the current frame by the CPU, a cache miss generated when the CPU processes the current frame, a quantity of draw calls for processing the current frame by the GPU, a bandwidth for storing the current frame by the memory, or a calculation amount for processing the current frame by the NPU; selecting a first frequency set from a plurality of frequency sets based on the predicted energy efficiency parameter, wherein the first frequency set comprises a preset frequency corresponding to each of the at least one module; and scaling a working frequency of each of the at least one module for processing the current frame to the preset frequency corresponding to each of the at least one module.
Nanoparticles, for use as a therapeutic agent for the treatment of lung tumours, said nanoparticles being characterised in that a. they have a mean hydrodynamic diameter between 1 and 5 nm as measured by photon correlation spectroscopy, b. they comprise at least one radiosensitising agent for radiotherapy, c. they are administered to humans or animals via the airways, particularly intranasally or intratracheally, and in that they consist of hybrid nanoparticles comprising: • a polyorganosiloxane (POS) matrix including, by way of radiosensitising agent, rare earth cations M n+ , n being an integer between 2 and 4, optionally associated with dopant cations D m+ , m being an integer between 2 and 6, D being preferably a rare earth or a transition element; • a chelating agent grafted on the POS matrix by -Si-C- covalent bond, in a sufficient quantity to be able to complex all the cations M n+ and, if applicable, D m+ . a. they have a mean hydrodynamic diameter between 1 and 5 nm as measured by photon correlation spectroscopy, b. they comprise at least one radiosensitising agent for radiotherapy, c. they are administered to humans or animals via the airways, particularly intranasally or intratracheally, • a polyorganosiloxane (POS) matrix including, by way of radiosensitising agent, rare earth cations M n+ , n being an integer between 2 and 4, optionally associated with dopant cations D m+ , m being an integer between 2 and 6, D being preferably a rare earth or a transition element; • a chelating agent grafted on the POS matrix by -Si-C- covalent bond, in a sufficient quantity to be able to complex all the cations M n+ and, if applicable, D m+ .
A method performed by a terminal in a mobile communication system, the method comprising: receiving configuration information for a conditional handover, CHO, including information on one or more conditions for a candidate target cell for the CHO; detecting a radio link failure, RLF, while performing the CHO based on the configuration information, and starting a first timer; entering an idle state in case that the first timer expires, the first timer being configured to expire if the terminal does not find any suitable cell connectable with the terminal during running of the first timer; and transmitting, to a first cell in which the terminal is able to transition from the idle state to a connected state, an RLF report message, wherein the RLF report message includes information on a fulfilled condition among the one or more conditions for the candidate target cell for the CHO. receiving configuration information for a conditional handover, CHO, including information on one or more conditions for a candidate target cell for the CHO; detecting a radio link failure, RLF, while performing the CHO based on the configuration information, and starting a first timer; entering an idle state in case that the first timer expires, the first timer being configured to expire if the terminal does not find any suitable cell connectable with the terminal during running of the first timer; and transmitting, to a first cell in which the terminal is able to transition from the idle state to a connected state, an RLF report message, wherein the RLF report message includes information on a fulfilled condition among the one or more conditions for the candidate target cell for the CHO.
A display device comprising: an image display module including a display area (AA) configured to display an image and a non-display area (IA) adjacent to the display area; and an edge display module configured to display an image on a bezel area (BA) overlapping the non-display area, wherein the edge display module comprises: a flexible printed circuit board , FPCB, including a first cover part (CP1) covering a corresponding non-display area, a second cover part (CP2) extending from the first cover part and disposed on a side surface of the image display module, and a third cover part (CP3) extending from the second cover part; and a dot light source array including a plurality of dot light source devices provided in the first cover part; wherein the edge display module further comprises a light guider provided in the first cover part to surround a side surface of each of the plurality of dot light source devices, characterized in that the FPCB comprises: a first rigid area corresponding to the first cover part; and a second rigid area corresponding to the third cover part. a flexible printed circuit board , FPCB, including a first cover part (CP1) covering a corresponding non-display area, a second cover part (CP2) extending from the first cover part and disposed on a side surface of the image display module, and a third cover part (CP3) extending from the second cover part; and a dot light source array including a plurality of dot light source devices provided in the first cover part; wherein the edge display module further comprises a light guider provided in the first cover part to surround a side surface of each of the plurality of dot light source devices, characterized in that the FPCB comprises: a first rigid area corresponding to the first cover part; and a second rigid area corresponding to the third cover part. a first rigid area corresponding to the first cover part; and a second rigid area corresponding to the third cover part.
A chemotherapeutic agent for use in a method of treating a radiation resistant skin cancer in a subject, wherein the method further comprises irradiating the skin cancer with a total dose not to exceed 1 Gy at a dose rate of 2,400 mu/min, wherein the total dose is measured over one radiation treatment, wherein the total dose decreases the cell survival percentage (%) of the skin cancer while maintaining the survival percentage (%) of normal cells, and wherein the chemotherapeutic agent is a mitochondrial inhibitor or a mitotic inhibitor.
A cold-rolled steel sheet comprising: 0.03 wt% to 0.06 wt% of carbon (C), 0.3 wt% or less of silicon (Si) and including 0 wt%, 2.0 wt% to 3.0 wt% of manganese (Mn), 0.01 wt% to 0.10 wt% of soluble aluminum (Sol.Al), 0.3 wt% to 1.2 wt% of chromium (Cr), 0.03 wt% to 0.08 wt% of titanium (Ti), 0.01 wt% to 0.05 wt% of niobium (Nb), 0.0010 wt% to 0.0050 wt% of boron (B), 0.001 wt% to 0.10 wt% of phosphorous (P), 0.010 wt% or less of sulfur (S) and including 0 wt%, 0.010 wt% or less of nitrogen (N) and including 0 wt%, and the balance being iron (Fe) and other impurities, and having a microstructure consisting of 75% or more to less than 87% by area of a transformed structure and 13% to 25% by area of ferrite, wherein the transformed structure consists of martensite and bainite, the martensite has an average particle diameter of 2 μm or less, the bainite has an average particle diameter of 3 μm or less, the bainite fraction of 3 μm or more is 5% or less, and the interphase hardness ratio is 1.4 or less, and wherein the interphase hardness ratio is a hardness ratio between the transformed structure and ferrite, and wherein the steel sheet has a yield ratio of 0.8 or more, tensile strength of 780 MPa or more, yield strength of 650 MPa or more, elongation of 12% or more, R/t of 0.5 or less and a hole expansion ratio (HER) of 65% or more, wherein all mechanical properties are measured according to the description.
Method for manufacturing a blade comprising a first portion and a second portion, the method comprising a step of forming the first portion that comprises forming a model of the first portion (E1) from removable material, then forming a first shell mould from the model of the first portion, then forming the single-crystal or columnar first portion from a first metal alloy in the first shell mould from a grain selector, a step of forming the second portion (E2) in which a second portion is formed on the first portion, and wherein the first portion and the second portion are made from different materials, the second portion being polycrystalline and formed from a second metal alloy, the method being characterized in that it comprises at least one treatment step (E25) after the step of forming the second portion (E2), the treatment step (E25) comprising a first heat treatment step, in which the blade is heated to a temperature between 95% and 105% of the solvus temperature (T γ' ) of the second polycrystalline portion and a second heat treatment step in which the blade is heated to a temperature between 65% and 75% of the solvus temperature (T γ' ). a step of forming the first portion that comprises forming a model of the first portion (E1) from removable material, then forming a first shell mould from the model of the first portion, then forming the single-crystal or columnar first portion from a first metal alloy in the first shell mould from a grain selector, a step of forming the second portion (E2) in which a second portion is formed on the first portion, and wherein the first portion and the second portion are made from different materials, the second portion being polycrystalline and formed from a second metal alloy, the method being characterized in that it comprises at least one treatment step (E25) after the step of forming the second portion (E2), the treatment step (E25) comprising a first heat treatment step, in which the blade is heated to a temperature between 95% and 105% of the solvus temperature (T γ' ) of the second polycrystalline portion and a second heat treatment step in which the blade is heated to a temperature between 65% and 75% of the solvus temperature (T γ' ).
Casing comprising: - a container , - a pyroelectric sensor attached at the bottom of the container and having a viewing axis (X) and a viewing cone around the viewing axis (X), - a lid closing the container and pierced with a slit centred on the viewing axis (X), the casing being characterized in that the slit has an elongated shape made of a central portion and of two end portions (204a-b) prolonging the central portion on each side of this one, wherein the central portion has a reduced width and wherein each end portion (204a-b) has a width greater than the reduced width and wherein the great width increases from the central portion up to the end of the end portion (204a-b), and wherein the central portion has a great length, whereas each end portion (204a-b) has a length smaller than the great length. - a container , - a pyroelectric sensor attached at the bottom of the container and having a viewing axis (X) and a viewing cone around the viewing axis (X), - a lid closing the container and pierced with a slit centred on the viewing axis (X),
A programmable integrated circuit comprising: an array of signal processing accelerators, SPAs , on a first die , a field programmable gate array, FPGA , on a second die that is separate from the first die , and an interposer between the first and second dice , the interposer comprising connections facilitating communication between the FPGA and the array of SPAs , wherein the array of SPAs is configured to receive input data from the FPGA and is programmable to perform at least a filtering function on the input data to obtain output data. an array of signal processing accelerators, SPAs , on a first die , a field programmable gate array, FPGA , on a second die that is separate from the first die , and an interposer between the first and second dice , the interposer comprising connections facilitating communication between the FPGA and the array of SPAs , wherein the array of SPAs is configured to receive input data from the FPGA and is programmable to perform at least a filtering function on the input data to obtain output data.
A door assembly having a flexible door panel wound and unwound on a drum or the like to selectively block or permit access through an opening , the flexible door panel having a stiffness, a width, and a length to permit and prohibit access through the opening , the door assembly comprising: side columns disposed on opposite sides of the opening , the side columns extending vertically a distance along a portion of the opening and engaging a marginal edge of the flexible door panel to guide the flexible door panel during vertical movement as the flexible door panel opens and closes the opening ; a bottom bar attached to a leading edge of the flexible door panel , the bottom bar having a greater stiffness than the flexible door panel and a narrower width than a distance between the side columns ; characterized by bottom bar guides being disposed proximate a lower portion of the opening , the bottom bar guides being configured to engage a portion of the bottom bar only when the flexible door panel is located in at least a partially closed position. side columns disposed on opposite sides of the opening , the side columns extending vertically a distance along a portion of the opening and engaging a marginal edge of the flexible door panel to guide the flexible door panel during vertical movement as the flexible door panel opens and closes the opening ; a bottom bar attached to a leading edge of the flexible door panel , the bottom bar having a greater stiffness than the flexible door panel and a narrower width than a distance between the side columns ; characterized by bottom bar guides being disposed proximate a lower portion of the opening , the bottom bar guides being configured to engage a portion of the bottom bar only when the flexible door panel is located in at least a partially closed position.
Use of a measuring roller which is adapted for determining a property of a strip-shaped material , in particular a metal strip, guided over the measuring roller, and which comprises - a measuring roller body with a circumferential surface , - at least one recess in the measuring roller body , - at least one beam arranged in the recess and extending along a longitudinal axis , and - a force sensor arranged in the recess wherein the beam is supported within the recess on the force sensor and wherein the measuring roller body extends along an axis of rotation (A) and the longitudinal axis of the beam does not extend parallel to the axis of rotation (A) of the measuring roller body and the longitudinal axis of the beam does not extend in a plane, which is perpendicular to the axis of rotation (A) of the measuring roller body , for determining the position of a strip edge of the strip-shaped material relative to a reference point or a reference line or a reference plane when the strip-shaped material is guided over the measuring roller . - a measuring roller body with a circumferential surface , - at least one recess in the measuring roller body , - at least one beam arranged in the recess and extending along a longitudinal axis , and - a force sensor arranged in the recess
A method comprising: receiving , at a network element in a communication network, a random access channel message from a User Equipment, UE, the random access channel message comprising multiple sequences, wherein the multiple sequences include a first sequence associated with a group of UEs that includes the UE and a second sequence associated with the UE. receiving , at a network element in a communication network, a random access channel message from a User Equipment, UE, the random access channel message comprising multiple sequences, wherein the multiple sequences include a first sequence associated with a group of UEs that includes the UE and a second sequence associated with the UE.
A method for reducing erroneous detection of input command gestures, the method comprising: detecting with a first sensor means a presence of a human body part; storing a reference time value of when the detecting by the first sensor means occurred; detecting with at least one second sensor means a presence of the human body part; storing a further time value of when the detecting by the second sensor means occurred; comparing the reference time value with the further time value to provide a difference value indicative of a time duration; and determining a valid occurrence of an input command gesture based on the difference value; characterised in that the at least one second sensor means has a detection range that completely overlaps a detection range of the first sensor means. detecting with a first sensor means a presence of a human body part; storing a reference time value of when the detecting by the first sensor means occurred; detecting with at least one second sensor means a presence of the human body part; storing a further time value of when the detecting by the second sensor means occurred; comparing the reference time value with the further time value to provide a difference value indicative of a time duration; and determining a valid occurrence of an input command gesture based on the difference value; characterised in that the at least one second sensor means has a detection range that completely overlaps a detection range of the first sensor means.