mhurhangee/patent-ind-claim-en huggingface dataset:
A method of performing object recognition using radio frequency, RF, signals at an electronic device, the method being suitable for facial recognition and the method including: obtaining a set of I/Q samples by wirelessly transmitting (710-a), with the electronic device within a scanning period, a plurality of data packets with a plurality of transmitter antenna elements of the electronic device and receiving (710-b) the plurality of data packets at a plurality of receiver antenna elements of the electronic device, such that each receiver antenna element of the plurality of receiver antenna elements receives at least one data packet from each transmitter antenna element of the plurality of transmitter antenna elements, wherein: each data packet of the plurality of data packets comprises a complementary pair of Golay sequences, and each I/Q sample is indicative of a channel impulse response of at least a portion of an identification region, the channel impulse response obtained from a packet transmitted by a transmitter antenna element and received by a receiver antenna element; selecting , with a processing unit of the electronic device, values from a sample subset from the set of I/Q samples; and using , with the processing unit of the electronic device, a random forest model on the selected values from the sample subset to identify a physical object in the identification region. obtaining a set of I/Q samples by wirelessly transmitting (710-a), with the electronic device within a scanning period, a plurality of data packets with a plurality of transmitter antenna elements of the electronic device and receiving (710-b) the plurality of data packets at a plurality of receiver antenna elements of the electronic device, such that each receiver antenna element of the plurality of receiver antenna elements receives at least one data packet from each transmitter antenna element of the plurality of transmitter antenna elements, wherein: each data packet of the plurality of data packets comprises a complementary pair of Golay sequences, and each I/Q sample is indicative of a channel impulse response of at least a portion of an identification region, the channel impulse response obtained from a packet transmitted by a transmitter antenna element and received by a receiver antenna element; each data packet of the plurality of data packets comprises a complementary pair of Golay sequences, and each I/Q sample is indicative of a channel impulse response of at least a portion of an identification region, the channel impulse response obtained from a packet transmitted by a transmitter antenna element and received by a receiver antenna element; selecting , with a processing unit of the electronic device, values from a sample subset from the set of I/Q samples; and using , with the processing unit of the electronic device, a random forest model on the selected values from the sample subset to identify a physical object in the identification region.
A data persistence method in stream computing, comprising: initiating , by a management module , a task; extracting , based on the task, keys corresponding to the task from a data source ; acquiring , based on the key, a value corresponding to the key from the data source, performing data processing on the value to generate intermediate data and a first signal, wherein said first signal is configured for marking the storage condition of the intermediate data, and storing the intermediate data and the first signal; and detecting whether the first signal has been stored, and sending detection information to the management module, wherein detecting whether the first signal has been stored, and sending the detection information to the management module comprises: detecting whether the first signal has been stored by a polling mode, and when the first signal is detected to have been stored, sending a first success acknowledgement to the management module; when the first signal cannot be detected, determining whether a number of times of detection reaches a preset threshold; when the number of times of detection reaches the preset threshold, sending a failure acknowledgement to the management module, or when the number of times of detection has not yet reached the preset threshold, continuing to detect whether the first signal has been stored. initiating , by a management module , a task; extracting , based on the task, keys corresponding to the task from a data source ; acquiring , based on the key, a value corresponding to the key from the data source, performing data processing on the value to generate intermediate data and a first signal, wherein said first signal is configured for marking the storage condition of the intermediate data, and storing the intermediate data and the first signal; and detecting whether the first signal has been stored, and sending detection information to the management module, detecting whether the first signal has been stored by a polling mode, and when the first signal is detected to have been stored, sending a first success acknowledgement to the management module; when the first signal cannot be detected, determining whether a number of times of detection reaches a preset threshold; when the number of times of detection reaches the preset threshold, sending a failure acknowledgement to the management module, or when the number of times of detection has not yet reached the preset threshold, continuing to detect whether the first signal has been stored.
A system for managing a table game , comprising: packages in which shuffled cards of a predetermined number of decks are packaged; an ID code reader that reads shuffle card IDs attached to the packages ; a management control apparatus that stores information on the shuffle card IDs of the packages read by the ID code reader ; and a carton for discard that accepts and discards cards of a predetermined number of decks distributed onto the game table by a dealing shoe accepting cards of the predetermined number of decks taken out from the packages , used in a game, and then thrown into an outlet of the game table , wherein different and unique shuffle card IDs are attached to each package , the carton for discard has a plurality of areas and has a structure in which the areas sequentially accept the thrown cards and areas different for each package accept all of the cards corresponding to one set of the package , and the management control apparatus has a function of storing shuffle card IDs of packages in which cards used in the game and then discarded are packaged and information on a sequence of packages accepted in the carton for discard or addresses of areas in which used cards of the corresponding packages are discarded in association with each other and transmitting them. packages in which shuffled cards of a predetermined number of decks are packaged; an ID code reader that reads shuffle card IDs attached to the packages ; a management control apparatus that stores information on the shuffle card IDs of the packages read by the ID code reader ; and a carton for discard that accepts and discards cards of a predetermined number of decks distributed onto the game table by a dealing shoe accepting cards of the predetermined number of decks taken out from the packages , used in a game, and then thrown into an outlet of the game table , wherein different and unique shuffle card IDs are attached to each package , the carton for discard has a plurality of areas and has a structure in which the areas sequentially accept the thrown cards and areas different for each package accept all of the cards corresponding to one set of the package , and the management control apparatus has a function of storing shuffle card IDs of packages in which cards used in the game and then discarded are packaged and information on a sequence of packages accepted in the carton for discard or addresses of areas in which used cards of the corresponding packages are discarded in association with each other and transmitting them.
A display device, comprising: a base ; a bank on the base and including an opening (O) exposing a surface of the base ; and a fine pattern layer (PT) comprising a gap between adjacent fine patterns in contact with a surface of the bank , wherein the surface of the bank includes fine holes (P5), wherein each of the fine holes (P5) is shaped like a valley extending between the adjacent fine patterns (PT) of the fine pattern layer (PT), wherein an area (a1) of a portion of the fine pattern layer (PT) which is in contact with the bank is smaller than a total area (a2) of a surface of the fine pattern layer (PT) which faces the bank . a base ; a bank on the base and including an opening (O) exposing a surface of the base ; and a fine pattern layer (PT) comprising a gap between adjacent fine patterns in contact with a surface of the bank ,
A mounter comprising: a mounting head configured to mount components on a board ; means for head identification information provided on the mounting head , the head identification information being for identifying a type of the mounting head ; a component holding section configured to hold the component and exchangeably attached to the mounting head ; a storage section configured to store an exchange-use component holding section ; a base section on which the storage section is removably loaded; and a detection section configured to detect information in accordance with a height of at least one of the exchange-use component holding section and the storage section loaded on the base section ; and a control section configured to determine whether the mounting head and the storage section will interfere based on the head identification information and a detection result of the detection section , and control operation of the mounting head in accordance with a result of the determination. a mounting head configured to mount components on a board ; means for head identification information provided on the mounting head , the head identification information being for identifying a type of the mounting head ; a component holding section configured to hold the component and exchangeably attached to the mounting head ; a storage section configured to store an exchange-use component holding section ; a base section on which the storage section is removably loaded; and a detection section configured to detect information in accordance with a height of at least one of the exchange-use component holding section and the storage section loaded on the base section ; and a control section configured to determine whether the mounting head and the storage section will interfere based on the head identification information and a detection result of the detection section , and control operation of the mounting head in accordance with a result of the determination.
A roll cutter device comprising a roll unit composed of a pair of rolls , at least one of the rolls being formed with a cutting blade , and adjustment means for adjusting an interaxial distance of the pair of rolls , characterized in that a thin plate material is passed between the pair of rolls , and a plurality of the roll units are provided in an axial direction of the rolls so that central axes of the rolls are on straight lines in the axial direction, a second roll unit being provided on the downstream side of the roll units in the passing direction of the sheet material , the second roll unit composed of a pair of second rolls , at least one of the second rolls being formed with a second cutting blade, and second adjusting means for adjusting the distance between the axes of the pair of second rolls, the roll units and the second roll units are arranged zigzag in the width direction of the sheet material . a pair of rolls , at least one of the rolls being formed with a cutting blade , and adjustment means for adjusting an interaxial distance of the pair of rolls , characterized in that a thin plate material is passed between the pair of rolls , and a plurality of the roll units are provided in an axial direction of the rolls so that central axes of the rolls are on straight lines in the axial direction, a second roll unit being provided on the downstream side of the roll units in the passing direction of the sheet material , the second roll unit composed of a pair of second rolls , at least one of the second rolls being formed with a second cutting blade, and second adjusting means for adjusting the distance between the axes of the pair of second rolls, the roll units and the second roll units are arranged zigzag in the width direction of the sheet material .
An organic electroluminescent device comprising at least an anode, a hole transport layer, a light emitting layer, an electron transport layer and a cathode in this order, wherein the hole transport layer comprises an arylamine compound of the following general formula , and the electron transport layer comprises a compound of the following general formula having a benzazole ring structure: wherein Ar 1 to Ar 4 may be the same or different, and represent a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, or a substituted or unsubstituted condensed polycyclic aromatic group, wherein, Ar 5 to Ar 6 may be the same or different, and represent a hydrogen atom, a deuterium atom, a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, or a substituted or unsubstituted condensed polycyclic aromatic group, Y 1 represents a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, a substituted or unsubstituted condensed polycyclic aromatic group, or alkyl, X represents an oxygen atom or a sulfur atom, Z 1 and Z 2 may be the same or different, and represent a carbon atom or a nitrogen atom.
A silane or silane blend, obtainable by reaction of a hydrolyzable silane represented by the formula (A) SiR 4 (A), wherein R is a hydrolytically condensable group or hydroxy, with a compound R*(OH) x , wherein x is 1, 2, 3 or larger than 3, R* is a straight-chain or branched hydrocarbon skeleton which is monovalent, divalent, trivalent or multivalent, depending on the number of x, and which has a hydrocarbon-containing chain interrupted by at least two -C(O)O-groups, wherein in the individual hydrocarbon units formed by the interruptions, up to 8 carbon atoms succeed each other, and the end or, in case of branched structures, at least one end of the hydrocarbon-containing chain remote from the only hydroxyl group or of one of the hydroxyl groups, carries an organically polymerizable group, wherein the compound R*(OH) x is otherwise unsubstituted or comprises further substituents, provided the following silanes are excluded: silicon-tetra(dicaprylethoxy acrylate) and
Assembly - having at least one electrical device with a first component , a second component and a safety device and a motor vehicle wiring harness , - the second component having an electric load , an electric lead of the motor vehicle cable harness connecting the load electrically to the first component , - the safety device being arranged between the first component and the load , - during normal operations, the safety device connecting the first component electrically to the load , - upon the occurrence of a fault, the safety device responding and isolating the first component electrically from the load , - the electric lead being heated in a time interval between the occurrence of the fault and the response of the safety device , - characterized in that - the motor vehicle wiring harness has a first section , a second section and at least one latent heat accumulator , - wherein the latent heat accumulator is arranged in the second section , - wherein the latent heat accumulator is omitted in the first section , - wherein the latent heat accumulator is formed in such a way that a material of the latent heat accumulator is heated by the heat from the electric lead in such a way that the material is changed from a first phase state, in which the material is present during normal operations, to a second phase state within the time interval between the occurrence of the fault and the response of the safety device, in order to avoid overheating of the electric lead in the second section . - having at least one electrical device with a first component , a second component and a safety device and a motor vehicle wiring harness , - the second component having an electric load , an electric lead of the motor vehicle cable harness connecting the load electrically to the first component , - the safety device being arranged between the first component and the load , - during normal operations, the safety device connecting the first component electrically to the load , - upon the occurrence of a fault, the safety device responding and isolating the first component electrically from the load , - the electric lead being heated in a time interval between the occurrence of the fault and the response of the safety device , - characterized in that - the motor vehicle wiring harness has a first section , a second section and at least one latent heat accumulator , - wherein the latent heat accumulator is arranged in the second section , - wherein the latent heat accumulator is omitted in the first section , - wherein the latent heat accumulator is formed in such a way that a material of the latent heat accumulator is heated by the heat from the electric lead in such a way that the material is changed from a first phase state, in which the material is present during normal operations, to a second phase state within the time interval between the occurrence of the fault and the response of the safety device, in order to avoid overheating of the electric lead in the second section .
A device for supplying power to a wired drone , including at least: - one power converter on the ground, - one power converter at the level of the drone , - one wire connecting the power converters (4 and 2), the device being characterized in that a regulation of the power converter on the ground ensures that the voltage U B delivered by the power converter on the ground increases when the current I B delivered by the power converter on the ground increases, and this over the power range of normal use of the drone . - one power converter on the ground, - one power converter at the level of the drone , - one wire connecting the power converters (4 and 2),
Fibre application head for producing composite material parts, comprising a compacting system comprising a compacting roller for the application of one or more fibres onto an application surface (S), a heating system capable of emitting thermal radiation towards the fibre(s), and a blowing system comprising an air blowing nozzle , said nozzle being arranged upstream of the roller with respect to the movement direction, characterized in that the blowing nozzle is capable of forming an air knife, parallel to the axis of the roller, having a length at least equal to half the length of the roller, towards the nip zone between the compacting roller and the layup surface.
A blade outer air seal (BOAS) arrangement for a gas turbine engine , comprising: a vane segment; and a blade outer air seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion , said leading edge portion including a seal land and a retention flange , wherein the seal land extends from said blade outer air seal body and includes an inward pointing extension that extends radially inwardly from said radially inner face , and contacts a portion of the vane segment, and the retention flange extends from said blade outer air seal body ; characterised in that : the BOAS arrangement comprises a seal , the seal extending between said inward pointing extension and the vane segment , wherein at least a portion of said retention flange extends radially outwardly from seal ; and said retention flange includes a radially outer portion and a radially inner portion , and said radially outer portion is received within a slot of a casing of the gas turbine engine and the vane segment rests against said radially inner portion . a vane segment; and a blade outer air seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion , said leading edge portion including a seal land and a retention flange , wherein the seal land extends from said blade outer air seal body and includes an inward pointing extension that extends radially inwardly from said radially inner face , and contacts a portion of the vane segment, and the retention flange extends from said blade outer air seal body ; characterised in that : the BOAS arrangement comprises a seal , the seal extending between said inward pointing extension and the vane segment , wherein at least a portion of said retention flange extends radially outwardly from seal ; and said retention flange includes a radially outer portion and a radially inner portion , and said radially outer portion is received within a slot of a casing of the gas turbine engine and the vane segment rests against said radially inner portion . the BOAS arrangement comprises a seal , the seal extending between said inward pointing extension and the vane segment , wherein at least a portion of said retention flange extends radially outwardly from seal ; and said retention flange includes a radially outer portion and a radially inner portion , and said radially outer portion is received within a slot of a casing of the gas turbine engine and the vane segment rests against said radially inner portion .
A method of wireless communication performed by a User Equipment, UE,, comprising: detecting a decoding failure in a downlink transmission from a base station; determining to transmit a negative acknowledgement, NACK, to the base station for the downlink transmission; transmitting a first NACK for the downlink transmission using a UE-specific resource granted to the UE in an uplink control channel; applying a sequence to a second NACK to be transmitted; and transmitting the second NACK for the downlink transmission to the base station in a common resource in the uplink control channel, wherein the common resource is designated for NACKs from multiple UEs communicating with the base station, and the second NACK transmitted in the common resource comprises a repetition of the first NACK transmitted using the UE-specific resource granted to the UE, wherein the sequence applied to the second NACK uniquely identifies the UE. detecting a decoding failure in a downlink transmission from a base station; determining to transmit a negative acknowledgement, NACK, to the base station for the downlink transmission; transmitting a first NACK for the downlink transmission using a UE-specific resource granted to the UE in an uplink control channel; applying a sequence to a second NACK to be transmitted; and transmitting the second NACK for the downlink transmission to the base station in a common resource in the uplink control channel, wherein the common resource is designated for NACKs from multiple UEs communicating with the base station, and the second NACK transmitted in the common resource comprises a repetition of the first NACK transmitted using the UE-specific resource granted to the UE, wherein the sequence applied to the second NACK uniquely identifies the UE.