mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for identifying errors introduced during encoding, at a system comprising a parallel encoding engine and a verification generator , the method comprising: decoding aggregate encoded data derived from source data to generate aggregate decoded data , wherein the aggregate encoded data is derived from the source data by separately encoding a plurality of chunks of the source data to generate a plurality of encoded chunks of the source data, wherein each chunk included in the plurality of chunks of the source data is encoded by a separate computer instance included in a plurality of compute instances; generating frame difference data derived from the aggregate decoded data, by determining, for each decoded frame included in a plurality of decoded frames of the aggregate decoded data, a difference between a characteristic of the decoded frame and a characteristic of an adjacent decoded frame that resides adjacent to the decoded frame in the plurality of decoded frames, wherein a plurality of source frames of the source data corresponds to the plurality of decoded frames of the aggregate decoded data; performing at least one phase correlation operation on frame difference data derived from the source data and the frame difference data derived from the aggregate decoded data to generate phase correlation values; and detecting a low phase correlation error included in the aggregate encoded data based on the phase correlation values. decoding aggregate encoded data derived from source data to generate aggregate decoded data , wherein the aggregate encoded data is derived from the source data by separately encoding a plurality of chunks of the source data to generate a plurality of encoded chunks of the source data, wherein each chunk included in the plurality of chunks of the source data is encoded by a separate computer instance included in a plurality of compute instances; generating frame difference data derived from the aggregate decoded data, by determining, for each decoded frame included in a plurality of decoded frames of the aggregate decoded data, a difference between a characteristic of the decoded frame and a characteristic of an adjacent decoded frame that resides adjacent to the decoded frame in the plurality of decoded frames, wherein a plurality of source frames of the source data corresponds to the plurality of decoded frames of the aggregate decoded data; performing at least one phase correlation operation on frame difference data derived from the source data and the frame difference data derived from the aggregate decoded data to generate phase correlation values; and detecting a low phase correlation error included in the aggregate encoded data based on the phase correlation values.
Composition consisting of - a first component comprising at least 55% by weight of polybutadiene polyols having an average molecular weight in the range from 2'000 to 10'000 g/mol and an average OH functionality in the range from 2.1 to 4, based on the total amount of all polyols having an average molecular weight of at least 500 g/mol, and - a second component comprising at least one polyisocyanate, where at least one of the two components additionally comprises at least one latent hardener, characterized in that the ratio of the number of reactive groups in the latent hardener to the number of OH groups present is in the range from 0.02 to 0.4. - a first component comprising at least 55% by weight of polybutadiene polyols having an average molecular weight in the range from 2'000 to 10'000 g/mol and an average OH functionality in the range from 2.1 to 4, based on the total amount of all polyols having an average molecular weight of at least 500 g/mol, and - a second component comprising at least one polyisocyanate, where at least one of the two components additionally comprises at least one latent hardener, characterized in that the ratio of the number of reactive groups in the latent hardener to the number of OH groups present is in the range from 0.02 to 0.4.
A method for electing a session leader in a network of a plurality of separate devices in a computer network session for playback of audio and/or video from a source in a synchronized manner, wherein the session leader is one of the plurality of separate devices serving to provide synchronization information regarding the audio and/or video playback to other separate devices in the computer network session, wherein each of the plurality of separate devices in the computer network session are programmed to: - join the computer network session, - detect that the session leader of the computer network session is not present, and - based on detecting that the session leader is not present: - participate in an election to elect a new session leader among other of the plurality of separate devices present in the computer network session according to a predetermined leader election algorithm, and - take a role as session leader based on the predetermined leader election algorithm, - transmit synchronization information to a first device of the plurality of separate devices in response to queries of the first device received at a first polling frequency, and - transmit synchronization information to a second device of the plurality of separate devices in response to queries of the second device received at a second polling frequency, wherein the second polling frequency is different from the first polling frequency. - join the computer network session, - detect that the session leader of the computer network session is not present, and - based on detecting that the session leader is not present: - participate in an election to elect a new session leader among other of the plurality of separate devices present in the computer network session according to a predetermined leader election algorithm, and - take a role as session leader based on the predetermined leader election algorithm, - transmit synchronization information to a first device of the plurality of separate devices in response to queries of the first device received at a first polling frequency, and - transmit synchronization information to a second device of the plurality of separate devices in response to queries of the second device received at a second polling frequency, wherein the second polling frequency is different from the first polling frequency. - participate in an election to elect a new session leader among other of the plurality of separate devices present in the computer network session according to a predetermined leader election algorithm, and - take a role as session leader based on the predetermined leader election algorithm, - transmit synchronization information to a first device of the plurality of separate devices in response to queries of the first device received at a first polling frequency, and - transmit synchronization information to a second device of the plurality of separate devices in response to queries of the second device received at a second polling frequency, wherein the second polling frequency is different from the first polling frequency.
An inflatable shoe insert, comprising an inflatable upper element that includes: opposing, flexible, polymeric plies that are sealed together along a seal pattern that defines: a plurality of inflation chambers configured to seal an inflation fluid therein, the plurality of inflation chambers including a plurality of inflation chamber regions , and a first hinge line that allows the chamber regions to be folded with respect to each other to fit within a shoe upper; wherein the inflated and folded insert is tapered to fit within and support a shape of the shoe upper. opposing, flexible, polymeric plies that are sealed together along a seal pattern that defines: a plurality of inflation chambers configured to seal an inflation fluid therein, the plurality of inflation chambers including a plurality of inflation chamber regions , and a first hinge line that allows the chamber regions to be folded with respect to each other to fit within a shoe upper; a plurality of inflation chambers configured to seal an inflation fluid therein, the plurality of inflation chambers including a plurality of inflation chamber regions , and a first hinge line that allows the chamber regions to be folded with respect to each other to fit within a shoe upper; wherein the inflated and folded insert is tapered to fit within and support a shape of the shoe upper.
Method for enabling scheduling of users (UE1, UE2) in a mobile or wireless radio communication system comprising at least one base station (BS) with a multiple antenna system and at least two users (UE1, UE2), said base station (BS) communicating with users using precoding weights at said multiple antenna system, an indication on precoding weights to be used for communication with a first user being sent by said first user on a feedback channel to said base station (BS), said method comprising the steps of - Expressing said precoding weights used at said multiple antenna system as a combination of two types of precoding weights, a first type of precoding weights relating to long term channel information and a second type of precoding weights relating to short term channel changes; - Sending on said feedback channel from said first user an indication related to precoding weights of said first type which, if used at said multiple antenna system for communication with a second user, would cause interference below a threshold on said first user if both said first and second users were scheduled on identical resources or sending on said feedback channel an indication related to precoding weights of said first type which, if not used for communication with a second user, would cause interference below a threshold on said first user if both users were scheduled on identical resources, wherein users to be scheduled on the same resource are selected depending on said indication related to precoding weights of said first type. - Expressing said precoding weights used at said multiple antenna system as a combination of two types of precoding weights, a first type of precoding weights relating to long term channel information and a second type of precoding weights relating to short term channel changes; - Sending on said feedback channel from said first user an indication related to precoding weights of said first type which, if used at said multiple antenna system for communication with a second user, would cause interference below a threshold on said first user if both said first and second users were scheduled on identical resources or sending on said feedback channel an indication related to precoding weights of said first type which, if not used for communication with a second user, would cause interference below a threshold on said first user if both users were scheduled on identical resources, wherein users to be scheduled on the same resource are selected depending on said indication related to precoding weights of said first type.
Elevator cabin for transporting people and goods, with a cabin floor, with cabin walls adjoining the cabin floor, and with a hoisting apparatus for moving the elevator cabin upwards and downwards, wherein the hoisting apparatus is embodied as an endless winch or as a continuous cable winch, wherein the hoisting apparatus forms the cabin roof of the elevator cabin , and wherein at least 20% of the upper end of the elevator cabin is covered by the hoisting apparatus, characterized in that the motive force for moving the elevator cabin is transmitted from a motor or geared motor of the hoisting apparatus to a cable traction sheave of the hoisting apparatus via at least two, or via two, form-fitting traction means .
A color and infrared image sensor comprising : - a silicon substrate , - MOS transistors (16; 60, 62, 70, 72, 74) formed in the substrate and on the substrate, - a stack covering the substrate and comprising, from the substrate: - a first photosensitive layer , an electrically-insulating layer , - a second photosensitive layer , and - color filters , the image sensor further comprising: - first and second electrodes on either side of the first photosensitive layer and delimiting first photodiodes in the first photosensitive layer, - third and fourth electrodes on either side of the second photosensitive layer and delimiting second photodiodes in the second photosensitive layer, the first photosensitive layer being configured to absorb the electromagnetic waves of the visible spectrum and of a first portion of the infrared spectrum and the second photosensitive layer being configured to absorb the electromagnetic waves of the visible spectrum and to let pass the electromagnetic waves of said first portion of the infrared spectrum; and - for each pixel of the color image to be acquired, at least first, second, and third sub-pixels (SPix), each comprising one of the second photodiodes , one of the first photodiodes or a portion of one of the first photodiodes , and one of the color filters , the color filters of the first, second, and third sub-pixels letting pass electromagnetic waves in different frequency ranges of the visible spectrum and letting pass the electromagnetic waves of the infrared spectrum. - a silicon substrate , - MOS transistors (16; 60, 62, 70, 72, 74) formed in the substrate and on the substrate, - a stack covering the substrate and comprising, from the substrate: - a first photosensitive layer , an electrically-insulating layer , - a second photosensitive layer , and - color filters , - a first photosensitive layer , an electrically-insulating layer , - a second photosensitive layer , and - color filters , - first and second electrodes on either side of the first photosensitive layer and delimiting first photodiodes in the first photosensitive layer, - third and fourth electrodes on either side of the second photosensitive layer and delimiting second photodiodes in the second photosensitive layer, the first photosensitive layer being configured to absorb the electromagnetic waves of the visible spectrum and of a first portion of the infrared spectrum and the second photosensitive layer being configured to absorb the electromagnetic waves of the visible spectrum and to let pass the electromagnetic waves of said first portion of the infrared spectrum; and - for each pixel of the color image to be acquired, at least first, second, and third sub-pixels (SPix), each comprising one of the second photodiodes , one of the first photodiodes or a portion of one of the first photodiodes , and one of the color filters , the color filters of the first, second, and third sub-pixels letting pass electromagnetic waves in different frequency ranges of the visible spectrum and letting pass the electromagnetic waves of the infrared spectrum.
LAS glass ceramic having an average coefficient of thermal expansion CTE in the range from 0 to 50°C of not more than 0 ± 0.1 × 10 -6 /K and thermal hysteresis at least within the temperature range from 10°C to 35°C of < 0.1 ppm, and comprising the following components (in mol% based on oxide): SiO 2 60 - 70 Li 2 O 7 - 9.4 MgO+ZnO 0 - < 0.6 Fluorine 0 - 0.3 at least one component selected from the group consisting of P 2 O 5 , R 2 O, where R 2 O may be Na 2 O and/or K 2 O and/or Cs 2 O and/or Rb 2 O, and RO, where RO may be CaO and/or BaO and/or SrO, nucleating agent in a content of 1.5 to 6 mol%, where nucleating agent is at least one component selected from the group consisting of TiO 2 , ZrO 2 , Ta 2 O 5 , Nb 2 O 5 , SnO 2 , MoO 3 , WO 3 . at least one component selected from the group consisting of P 2 O 5 , R 2 O, where R 2 O may be Na 2 O and/or K 2 O and/or Cs 2 O and/or Rb 2 O, and RO, where RO may be CaO and/or BaO and/or SrO, nucleating agent in a content of 1.5 to 6 mol%, where nucleating agent is at least one component selected from the group consisting of TiO 2 , ZrO 2 , Ta 2 O 5 , Nb 2 O 5 , SnO 2 , MoO 3 , WO 3 .
A computing device for memory encryption, the computing device comprising: a cryptography module to generate a keyed hash of a data line comprised in a cache line based on a statistical counter value and a memory address to which to write the data line, wherein the statistical counter value has a reference probability of incrementing at each write operation, wherein the incrementation of the counter is based on a determination whether a generated random number matches a predefined value within a range; and a data access module to store the keyed hash to the cache line, wherein the cache line includes further a plurality of keyed hashes and each of the keyed hashes corresponds with a different data line; wherein the cryptography module is further to encrypt the data line based on the keyed hash, the memory address, and the statistical counter value. a cryptography module to generate a keyed hash of a data line comprised in a cache line based on a statistical counter value and a memory address to which to write the data line, wherein the statistical counter value has a reference probability of incrementing at each write operation, wherein the incrementation of the counter is based on a determination whether a generated random number matches a predefined value within a range; and a data access module to store the keyed hash to the cache line, wherein the cache line includes further a plurality of keyed hashes and each of the keyed hashes corresponds with a different data line; wherein the cryptography module is further to encrypt the data line based on the keyed hash, the memory address, and the statistical counter value.
An assembly set including a drip tray and a fan assembly , wherein the assembly set is configured to be provided in a machine compartment of a refrigerator, wherein the fan assembly includes: a fan configured to generate air flow by rotation thereof; and a frame configured to support the fan ; wherein the drip tray includes: a fan assembly mounting space in which at least a portion of the fan assembly is mounted, wherein the drip tray includes an inner wall surrounding the fan assembly mounting space , wherein the drip tray further comprises: an opening laterally and outwardly open to communicate with the fan assembly mounting space ; wherein the fan assembly is configured to be at least partially inserted into or withdrawn out of the fan assembly mounting space through the opening , wherein the inner wall is configured to guide an insertion of the frame of the fan assembly laterally into the fan assembly mounting space and to support the fan assembly when the fan assembly is received in the fan assembly mounting space , characterized in that the frame includes at least one cut-out , and wherein the at least one cut-out overlaps a portion of a water storage space of the drip tray and the inner wall when the fan assembly is arranged in the fan assembly mounting space . a fan configured to generate air flow by rotation thereof; and a frame configured to support the fan ; an opening laterally and outwardly open to communicate with the fan assembly mounting space ; wherein the fan assembly is configured to be at least partially inserted into or withdrawn out of the fan assembly mounting space through the opening , wherein the inner wall is configured to guide an insertion of the frame of the fan assembly laterally into the fan assembly mounting space and to support the fan assembly when the fan assembly is received in the fan assembly mounting space , characterized in that the frame includes at least one cut-out , and wherein the at least one cut-out overlaps a portion of a water storage space of the drip tray and the inner wall when the fan assembly is arranged in the fan assembly mounting space .
A biobased plasticizer comprising an ester formed as a reaction product of a biobased furan derivative selected from furoic acid and furfural reacted with an alcohol, wherein the ester has the formula:
A method for transmitting an uplink signal, comprising: when an uplink signal to be transmitted is detected, judging whether there is at least one unsheltered antenna array in a plurality of antenna arrays , wherein the plurality of antenna arrays are arranged in a terminal, and the unsheltered antenna array is an antenna array of which all antennas (21 - 26) are not sheltered; when it is judged that there is at least one unsheltered antenna array in the plurality of antenna arrays , selecting an antenna array from the at least one unsheltered antenna array ; and transmitting the uplink signal via the selected antenna array , characterized in that after judging whether there is at least one unsheltered antenna array in a plurality of antenna arrays when an uplink signal to be transmitted is detected, further comprising: when it is judged that there is no unsheltered antenna array in the plurality of antenna arrays , determining that the plurality of antenna arrays are sheltered, wherein the sheltered antenna array is an antenna array of which one or more antennas are sheltered; determining the number of the one or more antennas sheltered in each of the plurality of antenna arrays ; and selecting an antenna array with a minimum number from the plurality of antenna arrays as the selected antenna array. when an uplink signal to be transmitted is detected, judging whether there is at least one unsheltered antenna array in a plurality of antenna arrays , wherein the plurality of antenna arrays are arranged in a terminal, and the unsheltered antenna array is an antenna array of which all antennas (21 - 26) are not sheltered; when it is judged that there is at least one unsheltered antenna array in the plurality of antenna arrays , selecting an antenna array from the at least one unsheltered antenna array ; and transmitting the uplink signal via the selected antenna array , characterized in that after judging whether there is at least one unsheltered antenna array in a plurality of antenna arrays when an uplink signal to be transmitted is detected, further comprising: when it is judged that there is no unsheltered antenna array in the plurality of antenna arrays , determining that the plurality of antenna arrays are sheltered, wherein the sheltered antenna array is an antenna array of which one or more antennas are sheltered; determining the number of the one or more antennas sheltered in each of the plurality of antenna arrays ; and selecting an antenna array with a minimum number from the plurality of antenna arrays as the selected antenna array. when it is judged that there is no unsheltered antenna array in the plurality of antenna arrays , determining that the plurality of antenna arrays are sheltered, wherein the sheltered antenna array is an antenna array of which one or more antennas are sheltered; determining the number of the one or more antennas sheltered in each of the plurality of antenna arrays ; and selecting an antenna array with a minimum number from the plurality of antenna arrays as the selected antenna array.
A geocell formed from a plurality of polymeric strips , adjacent strips being bonded together along seams to form a plurality of cells having cell walls when stretched in a direction perpendicular to the faces of the strips, wherein the cells walls are perforated, the geocell being characterized in that it has an installation strain of at most 3.5%, wherein the perforated polymeric strips have a wall thickness of 1.0 mm to 1.7 mm, and wherein the perforated polymeric strips are made from a blend of (i) a polyolefin with (ii) a polyamide or a polyester. wherein the perforated polymeric strips have a wall thickness of 1.0 mm to 1.7 mm, and wherein the perforated polymeric strips are made from a blend of (i) a polyolefin with (ii) a polyamide or a polyester.