mhurhangee/patent-ind-claim-en huggingface dataset:
A force sensor comprising: a support member including a lower lid and a polygonal cylindrical member protruding from a periphery of the lower lid ; a force receiving member configured to be displaced with respect to the support member by an action of an external force; a plurality of elastic connection members which have outer ends connected to the polygonal cylindrical member of the support member and inner ends connected to the force receiving member and disposed radially about the force receiving member at equal intervals so as to be located on substantially a same plane; a plurality of detection target objects (8a to 8d; 8Aa to 8Ah), each disposed on one of the plurality of elastic connection members ; and a plurality of displacement detection elements (9a to 9d, 9Aa to 9Ah) disposed on the support member so as to face the detection target objects (8a to 8d; 8Aa to 8Ah) in a one-to-one manner, and configured to detect movements of the detection target objects (8a to 8d; 8Aa to 8Ah), wherein each of the plurality of elastic connection members has a displacement member that is displaced, by a displacement of the force receiving member in a first direction with respect to the support member , in a direction intersecting the first direction, and the detection target objects (8a to 8d; 8Aa to 8Ad) are disposed on the respective displacement members. a support member including a lower lid and a polygonal cylindrical member protruding from a periphery of the lower lid ; a force receiving member configured to be displaced with respect to the support member by an action of an external force; a plurality of elastic connection members which have outer ends connected to the polygonal cylindrical member of the support member and inner ends connected to the force receiving member and disposed radially about the force receiving member at equal intervals so as to be located on substantially a same plane; a plurality of detection target objects (8a to 8d; 8Aa to 8Ah), each disposed on one of the plurality of elastic connection members ; and a plurality of displacement detection elements (9a to 9d, 9Aa to 9Ah) disposed on the support member so as to face the detection target objects (8a to 8d; 8Aa to 8Ah) in a one-to-one manner, and configured to detect movements of the detection target objects (8a to 8d; 8Aa to 8Ah), wherein each of the plurality of elastic connection members has a displacement member that is displaced, by a displacement of the force receiving member in a first direction with respect to the support member , in a direction intersecting the first direction, and the detection target objects (8a to 8d; 8Aa to 8Ad) are disposed on the respective displacement members.
An upper-extremity prosthetic comprising: a first member having a surface adapted to engage with an athletic ball; characterised by : a first spring coupled to the first member, the first spring arranged to absorb energy and to provide energy return in response to movement of the first member, wherein the first spring has a conductivity that changes in response to deflection of the first spring; and electrical circuitry configured to detect the conductivity of the first spring and to output a signal responsive to the conductivity. a first member having a surface adapted to engage with an athletic ball; characterised by : a first spring coupled to the first member, the first spring arranged to absorb energy and to provide energy return in response to movement of the first member, wherein the first spring has a conductivity that changes in response to deflection of the first spring; and electrical circuitry configured to detect the conductivity of the first spring and to output a signal responsive to the conductivity. a first spring coupled to the first member, the first spring arranged to absorb energy and to provide energy return in response to movement of the first member, wherein the first spring has a conductivity that changes in response to deflection of the first spring; and electrical circuitry configured to detect the conductivity of the first spring and to output a signal responsive to the conductivity.
A method of operating a video data storage system, wherein the video data storage system comprises an index server and at least two storage servers for storing video data, the index server stores a first mapping relationship between a camera identification code and a storage server identification code, and each of the storage servers stores a second mapping relationship between a camera identification code, a time range of video data and a physical location of the video data in the storage server ; characterized in that the method comprises: making, by the index server , statistics of operation types of video data operated by all the clients and the number of operations for each of the operation types according to operation requests from all the clients for the video data, and obtaining an operation hot value of the video data according to the operation types and the number of operations for each of the operation types through a weighted average algorithm; comparing, by the index server , the operation hot value of the video data with a predetermined first threshold, and if the operation hot value of the video data is larger than the first threshold, sending, by the index server , to at least one storage server different from the storage server currently storing the said video data a backup instruction to instruct the storage server to back up the video data and update the second mapping relationship; updating, by the index server , the first mapping relationship according to a camera identification code corresponding to the video data and a storage server identification code of the storage server that backs up the video data. making, by the index server , statistics of operation types of video data operated by all the clients and the number of operations for each of the operation types according to operation requests from all the clients for the video data, and obtaining an operation hot value of the video data according to the operation types and the number of operations for each of the operation types through a weighted average algorithm; comparing, by the index server , the operation hot value of the video data with a predetermined first threshold, and if the operation hot value of the video data is larger than the first threshold, sending, by the index server , to at least one storage server different from the storage server currently storing the said video data a backup instruction to instruct the storage server to back up the video data and update the second mapping relationship; updating, by the index server , the first mapping relationship according to a camera identification code corresponding to the video data and a storage server identification code of the storage server that backs up the video data.
A catalyst composition for the oxidation of carbon monoxide (CO) and volatile organic compounds (VOC), said composition comprising at least one base metal promoter and at least one base metal catalyst supported on an oxide support material comprising alumina and CeZrO 2 or TiZrO 2 , wherein said VOCs comprise methyl bromide; wherein said at least one base metal catalyst is copper (Cu); wherein said at least one base metal promoter is manganese (Mn); and wherein said catalyst composition is free of platinum group metals (PGM).
A radio communication method comprising: transmitting a first control signal including first information from a first radio communication device to a second radio communication device, the first information relating to an activation of a second logical entity that is in the second radio communication device in association with a first logical entity in the second radio communication device, the first logical entity being different from the second logical entity; transmitting a second control signal including second information indicating an instruction for activation or deactivation of the second logical entity from the first radio communication device to the second radio communication device; and activating or deactivating the second logical entity by the second radio communication device based on the first information in response to the reception of the second information; wherein the second information is transmitted using a reserved field or a reserved value in the second control signal. transmitting a first control signal including first information from a first radio communication device to a second radio communication device, the first information relating to an activation of a second logical entity that is in the second radio communication device in association with a first logical entity in the second radio communication device, the first logical entity being different from the second logical entity; transmitting a second control signal including second information indicating an instruction for activation or deactivation of the second logical entity from the first radio communication device to the second radio communication device; and activating or deactivating the second logical entity by the second radio communication device based on the first information in response to the reception of the second information; wherein the second information is transmitted using a reserved field or a reserved value in the second control signal.
A method of detecting the presence of subclone H30-R or subclone H30-Rx of Escherichia coli sequence type 131 (ST131) in a sample, comprising: detecting the presence of an allelic combination of gyrA1AB / parC1aAB, wherein the gyrA1AB allele is defined by S83L and D87N gyrA mutations and the parC1aAB allele is defined by c321g, S80I, and E84V parC mutations, wherein the detection of the allelic combination confirms the presence of ST131 in the sample and the absence of the allelic combination indicates the absence of ST131 in the sample; and sequencing an allele 30 of a fimH gene, also known as a fimH30 allele, in the sample to confirm the presence of subclone H30-R or subclone H30-Rx, wherein the fimH30 allele encodes a variant of the E.coli type I fimbrial adhesin gene fimH such that when the allele is amplified with primers consisting of the nucleotide sequences of SEQ ID NO: 1 and SEQ ID NO: 2 an amplicon of 354 bp of SEQ ID NO: 3 is produced; and wherein subclone H30-R and subclone H30-Rx are subsets within ST131 that are disproportionately positively correlated with antibiotic resistance and virulence and the H30-Rx subclone represents the majority of extended spectrum beta-lactamase producing ST131 isolates. detecting the presence of an allelic combination of gyrA1AB / parC1aAB, wherein the gyrA1AB allele is defined by S83L and D87N gyrA mutations and the parC1aAB allele is defined by c321g, S80I, and E84V parC mutations, wherein the detection of the allelic combination confirms the presence of ST131 in the sample and the absence of the allelic combination indicates the absence of ST131 in the sample; and sequencing an allele 30 of a fimH gene, also known as a fimH30 allele, in the sample to confirm the presence of subclone H30-R or subclone H30-Rx, wherein the fimH30 allele encodes a variant of the E.coli type I fimbrial adhesin gene fimH such that when the allele is amplified with primers consisting of the nucleotide sequences of SEQ ID NO: 1 and SEQ ID NO: 2 an amplicon of 354 bp of SEQ ID NO: 3 is produced; and wherein subclone H30-R and subclone H30-Rx are subsets within ST131 that are disproportionately positively correlated with antibiotic resistance and virulence and the H30-Rx subclone represents the majority of extended spectrum beta-lactamase producing ST131 isolates.
A hose assembly comprising: an inner core tube ; a first coupling member having an inboard nose portion extending into a flared first end of the inner core tube; a metal outer tube surrounding the inner core tube and terminating at a first end axially inward of the first end of the inner core tube, with an outer cavity (C) disposed between the inner core tube and the metal outer tube; and a first collar having: an outboard clamping portion surrounding the nose portion for clamping retention of the first end of the inner core tube therebetween; and an inboard venting portion welded to the first end of the metal outer tube, the inboard venting portion including a venting port in fluid communication with the outer cavity; wherein: an outboard end of the outboard clamping portion has a first inner diameter (d1) sized to accommodate the flared first end of the inner core tube; an inboard end of the outboard clamping portion includes a radially inward protrusion having a second inner diameter (d2) smaller than the first inner diameter and sized to impede withdrawal of the flared first end of the inner core tube from the first collar; and the inboard venting portion has a third inner diameter (d3) larger than the second inner diameter and sized to permit fluid flow between the outer cavity and the venting port. an inner core tube ; a first coupling member having an inboard nose portion extending into a flared first end of the inner core tube; a metal outer tube surrounding the inner core tube and terminating at a first end axially inward of the first end of the inner core tube, with an outer cavity (C) disposed between the inner core tube and the metal outer tube; and a first collar having: an outboard clamping portion surrounding the nose portion for clamping retention of the first end of the inner core tube therebetween; and an inboard venting portion welded to the first end of the metal outer tube, the inboard venting portion including a venting port in fluid communication with the outer cavity; an outboard clamping portion surrounding the nose portion for clamping retention of the first end of the inner core tube therebetween; and an inboard venting portion welded to the first end of the metal outer tube, the inboard venting portion including a venting port in fluid communication with the outer cavity; an outboard end of the outboard clamping portion has a first inner diameter (d1) sized to accommodate the flared first end of the inner core tube; an inboard end of the outboard clamping portion includes a radially inward protrusion having a second inner diameter (d2) smaller than the first inner diameter and sized to impede withdrawal of the flared first end of the inner core tube from the first collar; and the inboard venting portion has a third inner diameter (d3) larger than the second inner diameter and sized to permit fluid flow between the outer cavity and the venting port.
An arrangement configured to calibrate a temperature sensor using a dry block, wherein the arrangement comprises - a processor ; - at least one pair of connecting terminals ; - a heating and/or cooling unit , comprising at least one heating and/or cooling element for heating and/or cooling a desired part of the arrangement ; - an insert configured as a place for a temperature sensor to be calibrated, characterized in that the arrangement further comprises: - a multifunctional process calibrator capable of operating, measuring and simulating at least two different quantities taken from a group of voltage, current, pressure, temperature, frequency and resistance; wherein - the heating and/or cooling unit and the multifunctional process calibrator are integrated in a single housing forming the arrangement . - a processor ; - at least one pair of connecting terminals ; - a heating and/or cooling unit , comprising at least one heating and/or cooling element for heating and/or cooling a desired part of the arrangement ; - an insert configured as a place for a temperature sensor to be calibrated, - a multifunctional process calibrator capable of operating, measuring and simulating at least two different quantities taken from a group of voltage, current, pressure, temperature, frequency and resistance; wherein - the heating and/or cooling unit and the multifunctional process calibrator are integrated in a single housing forming the arrangement .
A system (100; 200) comprising: a plurality of computing devices able to communicate with each other, each computing device maintaining at least one partition of a metadata database in which the metadata database is partitioned into multiple partitions distributed across the plurality of computing devices , wherein a first computing device (102 ) of the plurality of computing devices is configured by executable instructions to perform operations characterized by : determining that the first computing device (102 ) is a leader of at least a first partition group (202 ) corresponding to a first partition of the multiple partitions, the first partition group (202 ) including at least one other computing device of the plurality of computing devices ; determining a first time threshold for a heartbeat communication to be sent to the at least one other computing device in the first partition group (202 ); selecting a random time before the first time threshold to send the heartbeat communication ; and sending, to the at least one other computing device in the first partition group (202 ), according to the selected random time, the heartbeat communication , wherein the plurality of partition groups is each configured as Raft groups according to the Raft consensus algorithm, each Raft group including an elected leader computing device and at least one follower computing device. determining that the first computing device (102 ) is a leader of at least a first partition group (202 ) corresponding to a first partition of the multiple partitions, the first partition group (202 ) including at least one other computing device of the plurality of computing devices ; determining a first time threshold for a heartbeat communication to be sent to the at least one other computing device in the first partition group (202 ); selecting a random time before the first time threshold to send the heartbeat communication ; and sending, to the at least one other computing device in the first partition group (202 ), according to the selected random time, the heartbeat communication , wherein the plurality of partition groups is each configured as Raft groups according to the Raft consensus algorithm, each Raft group including an elected leader computing device and at least one follower computing device.
An indoor room localization system comprising: a memory including training data and response data ; a processor coupled to the memory , the processor adapted for carrying out computer-executable instructions to collect WiFi RSSI data corresponding to various sites and from different access points, the instructions causing a machine to: classify the collected WiFi RSSI data into an array of RSSI patterns; transmit the classified RSSI patterns to the memory for storing into training data ; generate observation vectors from the response data identifying classifications of the collected WiFi RSSI data; and update categorical distribution parameters using the generated observation vectors to specify a probability that the machine is within a particular region, wherein a Dirichlet distribution, which is a conjugate prior for the categorical distribution is used to classify the collected WIFI RSSI data into the array of RSSI patterns and the most likely probability vector obtained from a mode of the Dirichlet distribution is the probability that the machine is in a particular region. a memory including training data and response data ; a processor coupled to the memory , the processor adapted for carrying out computer-executable instructions to collect WiFi RSSI data corresponding to various sites and from different access points, the instructions causing a machine to: classify the collected WiFi RSSI data into an array of RSSI patterns; transmit the classified RSSI patterns to the memory for storing into training data ; generate observation vectors from the response data identifying classifications of the collected WiFi RSSI data; and update categorical distribution parameters using the generated observation vectors to specify a probability that the machine is within a particular region, wherein a Dirichlet distribution, which is a conjugate prior for the categorical distribution is used to classify the collected WIFI RSSI data into the array of RSSI patterns and the most likely probability vector obtained from a mode of the Dirichlet distribution is the probability that the machine is in a particular region. classify the collected WiFi RSSI data into an array of RSSI patterns; transmit the classified RSSI patterns to the memory for storing into training data ; generate observation vectors from the response data identifying classifications of the collected WiFi RSSI data; and update categorical distribution parameters using the generated observation vectors to specify a probability that the machine is within a particular region, wherein a Dirichlet distribution, which is a conjugate prior for the categorical distribution is used to classify the collected WIFI RSSI data into the array of RSSI patterns and the most likely probability vector obtained from a mode of the Dirichlet distribution is the probability that the machine is in a particular region.
A video data coding method, comprising: obtaining (S201) video information; and coding (S202) the video information into a video stream, wherein the video stream comprises data of a group of pictures; setting (S203) indication information for the data of the group of pictures, characterized in that the method further comprises putting the indication information of multiple groups of pictures in one indication information packet before the corresponding data of the group of pictures, wherein the indication information is used to indicate a priority and a data amount of each data frame in the corresponding data of the group of pictures. obtaining (S201) video information; and coding (S202) the video information into a video stream, wherein the video stream comprises data of a group of pictures; setting (S203) indication information for the data of the group of pictures, characterized in that the method further comprises putting the indication information of multiple groups of pictures in one indication information packet before the corresponding data of the group of pictures, wherein the indication information is used to indicate a priority and a data amount of each data frame in the corresponding data of the group of pictures.