mhurhangee/patent-ind-claim-en huggingface dataset:
Method for creating a temperature field (TF) of at least one section of a paving layer (E) laid by means of a paving screed of a road finisher , an interfering object temporarily positioned on the laid paving layer (E) within at least one predetermined measuring range (B) of the temperature field (TF) being detected, the intrinsic temperature (T interf ) of which being below a desired nominal temperature (T nom ) for the measuring range (B), so that an imaging of the intrinsic temperature (T interf ) of the interfering object in the temperature field (TF) to be generated falsifies the same at least in places, wherein for detecting the interfering object a temperature (T x ) of at least one measuring point (x) lying within the measuring range (B) is measured at different times (t 1 , t 2 ), characterized in that it is detected that during the paving of the paving layer (E), the measuring point (x) is covered by a interfering object at a first time (t 1 ) if, contrary to an expected material-specific cooling at a later second time (t 2 ) during the paving, at the same measuring point (x) a larger temperature value (T x ) particularly lying within the nominal temperature range (T nom ) than a temperature value (T x ) detected with respect to the preceding first time (t 1 ) is measured, wherein instead of the temperature value (T x ) detected at the first time (t1) a new temperature value (T new ) of the measuring point (x) is assigned in the temperature field (TF).
A brush tufting machine comprising a tufting tool having a tip , an intermediate section adjacent to and connected with the tip , the tufting tool being adapted to be reciprocated between a bundle receiving position and a tufting position, being guided along a curved non-linear path, a guide provided in the tip and the intermediate section for a tongue which thrusts an anchor together with a bundle into a bristle carrier , the tongue being received in the guide for longitudinal displacement, and the tongue being reversibly movable relative to the tip in the tufting direction, and comprising an anchor feeder which feeds anchors to the tufting tool laterally to the direction of movement (B) of the tip and the intermediate section , the intermediate section having an upper surface from which a feed channel for the anchor extends to the guide of the tongue , the guide being located at a deeper position, the anchor feeder being adapted to move anchors to a takeover position that is located above the upper surface of the intermediate section , the feeding of the anchors and the movement of the tufting tool being coordinated with each other such that an anchor to be processed is moved to its takeover position, and the path being curved such that the intermediate section passes under the stationary anchor, which is in the takeover position, and positions the feed channel under the stationary anchor so that the stationary anchor moves into the feed channel when the tufting tool moves to the bundle receiving position.
A method of repairing a randomly damaged area of a one-piece composite component of an aircraft, the damaged area covering skin and underlying stiffening substructure of the component, the method comprising: generating a design of a customized composite replacement panel for replacing the damaged area, the design including replacement skin and underlying integrated replacement stiffening substructure; and fabricating the composite replacement panel according to the design, wherein fabricating the replacement panel includes fabricating a custom layup mandrel tool and using the fabricated tool for layup and curing of the replacement panel, wherein dirty operations on the mandrel tool during fabrication and on the panel after the panel has been cured are performed in a dirty section of a fabrication cell ; and composite layup of the replacement panel on the mandrel tool is performed in a clean section of the fabrication cell . generating a design of a customized composite replacement panel for replacing the damaged area, the design including replacement skin and underlying integrated replacement stiffening substructure; and fabricating the composite replacement panel according to the design, wherein fabricating the replacement panel includes fabricating a custom layup mandrel tool and using the fabricated tool for layup and curing of the replacement panel, wherein dirty operations on the mandrel tool during fabrication and on the panel after the panel has been cured are performed in a dirty section of a fabrication cell ; and composite layup of the replacement panel on the mandrel tool is performed in a clean section of the fabrication cell .
An intervertebral implant for insertion into an intervertebral disc space between first and second vertebral bodies (V), the implant comprising: a spacer portion having a top surface for contacting the first vertebral body, a bottom surface for contacting the second vertebral body, a first side surface , a second side surface , a leading surface , and a trailing surface , the spacer portion further including first and second blade receiving channels ; and first and second blade elements for retaining the intervertebral implant with respect to the first and second vertebral bodies (V), each of the first and second blade elements including a superior portion for engaging the first vertebral body, an inferior portion for engaging the second vertebral body and an intermediate portion for operatively coupling the superior and inferior portions (54, 154; 56, 156), the intermediate portion being adapted for insertion into one of the first and second blade receiving channels , wherein the first and second blade elements have a generally C-shape. a spacer portion having a top surface for contacting the first vertebral body, a bottom surface for contacting the second vertebral body, a first side surface , a second side surface , a leading surface , and a trailing surface , the spacer portion further including first and second blade receiving channels ; and first and second blade elements for retaining the intervertebral implant with respect to the first and second vertebral bodies (V), each of the first and second blade elements including a superior portion for engaging the first vertebral body, an inferior portion for engaging the second vertebral body and an intermediate portion for operatively coupling the superior and inferior portions (54, 154; 56, 156), the intermediate portion being adapted for insertion into one of the first and second blade receiving channels , wherein the first and second blade elements have a generally C-shape.
A data transmission method, wherein the method comprises: detecting (S130), by a network device, a first signal in an uplink signal, wherein the first signal is used for uplink synchronization between a terminal device and the network device; determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal, wherein the signal structure of the uplink signal is used to indicate a type of signal included in the uplink signal; and receiving (S140), by the network device, the uplink signal based on the signal structure, and/or responding to the uplink signal based on the signal structure, wherein if the network device finds the first signal, the determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal comprises: determining, by the network device, the signal structure based on first mapping relationship information and the first signal, wherein the first mapping relationship information comprises: a correspondence between a resource used for transmitting the first signal and the signal structure. detecting (S130), by a network device, a first signal in an uplink signal, wherein the first signal is used for uplink synchronization between a terminal device and the network device; determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal, wherein the signal structure of the uplink signal is used to indicate a type of signal included in the uplink signal; and receiving (S140), by the network device, the uplink signal based on the signal structure, and/or responding to the uplink signal based on the signal structure, wherein if the network device finds the first signal, the determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal comprises: determining, by the network device, the signal structure based on first mapping relationship information and the first signal, wherein the first mapping relationship information comprises: a correspondence between a resource used for transmitting the first signal and the signal structure. determining, by the network device, the signal structure based on first mapping relationship information and the first signal, wherein the first mapping relationship information comprises: a correspondence between a resource used for transmitting the first signal and the signal structure.
A method for assisting a user during physical training using a robot, comprising: detecting presence of the user in a geo-location where the robot is deployed and identifying the user by matching one or more user attributes of the user captured by the robot with corresponding user attributes stored in a user profile for the user; moving the robot into one or more positions proximate to the user upon detecting the user performing an exercise from an exercise routine, to enable capturing of one or more images of a posture held by the user when the user is performing the exercise, the one or more positions identified based on the exercise that the user is currently performing; and providing feedback relating to the posture held by the user captured during the exercise to assist the user to improve the posture for the exercise, wherein operations of the method are performed by a processor of the robot, wherein providing the feedback relating to the posture held by the user includes any one or combination of: providing audio by a speaker component of the robot; providing video by a projector component of the robot; providing video on a display screen of the robot; or demonstrating, by the robot, a correct posture for the posture held by the user. detecting presence of the user in a geo-location where the robot is deployed and identifying the user by matching one or more user attributes of the user captured by the robot with corresponding user attributes stored in a user profile for the user; moving the robot into one or more positions proximate to the user upon detecting the user performing an exercise from an exercise routine, to enable capturing of one or more images of a posture held by the user when the user is performing the exercise, the one or more positions identified based on the exercise that the user is currently performing; and providing feedback relating to the posture held by the user captured during the exercise to assist the user to improve the posture for the exercise, wherein operations of the method are performed by a processor of the robot, wherein providing the feedback relating to the posture held by the user includes any one or combination of: providing audio by a speaker component of the robot; providing video by a projector component of the robot; providing video on a display screen of the robot; or demonstrating, by the robot, a correct posture for the posture held by the user. providing audio by a speaker component of the robot; providing video by a projector component of the robot; providing video on a display screen of the robot; or demonstrating, by the robot, a correct posture for the posture held by the user.
A system comprising: - a gripping device for gripping, holding and guiding bottle-like containers having gripping arms , each with a respective gripping section , designed to pivotably move the gripping sections from an open position into a gripping position or vice versa with an energy store being thereto provided for pivotably moving the gripping sections from the gripping position into the open position or vice versa, wherein the gripping arms comprise a data generating unit , wherein the data generating unit has a detection unit for detecting at least one status variable of the gripping device as well as a data preprocessing unit for generating status data from the at least one detected status variable, wherein the detection unit is designed so as to detect the at least one status variable selected from among - number of gripping cycles, - material fatigue / wear, - breakage of a gripping arm of the gripping device ; - a data transmission unit, as well as - a data processing unit, wherein the data transmission unit is configured so as to transmit the status data of the gripping device generated by the data generating unit to the data processing unit. - a gripping device for gripping, holding and guiding bottle-like containers having gripping arms , each with a respective gripping section , designed to pivotably move the gripping sections from an open position into a gripping position or vice versa with an energy store being thereto provided for pivotably moving the gripping sections from the gripping position into the open position or vice versa, wherein the gripping arms comprise a data generating unit , wherein the data generating unit has a detection unit for detecting at least one status variable of the gripping device as well as a data preprocessing unit for generating status data from the at least one detected status variable, wherein the detection unit is designed so as to detect the at least one status variable selected from among - number of gripping cycles, - material fatigue / wear, - breakage of a gripping arm of the gripping device ; - a data transmission unit, as well as - a data processing unit,
A knitted component for an upper of an article of footwear , the knitted component comprising: a first portion , wherein the first portion has a first layer and a second layer , the first layer forming an overfoot portion of the upper, the second layer forming at least partially an underfoot area of the article of footwear , the first layer and the second layer forming a pocket therebetween for receiving a foot, and the first layer and the second layer being secured via a first knit structure of the knitted component at a boundary of the first portion; a second portion , wherein the second portion at least partially forms an outer surface of a medial or a lateral side of the article of footwear; a forward portion extending from an end of the first portion and sharing at least one common knit structure with the first portion, wherein the forward portion includes a toebox area in a toe region of the knitted component; a knitted connection structure located between the toebox area of the forward portion and the second portion, wherein the second portion includes a first course, wherein the toebox area is secured to the second portion and includes a second course being different than the first course, and wherein the first course is secured to the second course through the knitted connection structure, wherein the first portion and the second portion share a common yarn. a first portion , wherein the first portion has a first layer and a second layer , the first layer forming an overfoot portion of the upper, the second layer forming at least partially an underfoot area of the article of footwear , the first layer and the second layer forming a pocket therebetween for receiving a foot, and the first layer and the second layer being secured via a first knit structure of the knitted component at a boundary of the first portion; a second portion , wherein the second portion at least partially forms an outer surface of a medial or a lateral side of the article of footwear; a forward portion extending from an end of the first portion and sharing at least one common knit structure with the first portion, wherein the forward portion includes a toebox area in a toe region of the knitted component; a knitted connection structure located between the toebox area of the forward portion and the second portion, wherein the second portion includes a first course, wherein the toebox area is secured to the second portion and includes a second course being different than the first course, and wherein the first course is secured to the second course through the knitted connection structure, wherein the first portion and the second portion share a common yarn.
A method for a first User Equipment , named "UE" hereinafter, in a wireless communication system, comprising: receiving, , by the first UE, a first downlink control signaling indicating a first transmission to the first UE , wherein the first downlink control signaling is identified by a first identification used by the first UE ; receiving, , by the first UE, a second downlink control signaling indicating a second transmission to a second UE , wherein the second downlink control signaling is identified by a second identification used by the second UE ; and decoding, , by the first UE, the first transmission based on information provided by at least the first downlink control signaling and the second downlink control signaling, characterized in that radio resource used by the first transmission is indicated by the second downlink control signaling but is not indicated by the first downlink control signaling. receiving, , by the first UE, a first downlink control signaling indicating a first transmission to the first UE , wherein the first downlink control signaling is identified by a first identification used by the first UE ; receiving, , by the first UE, a second downlink control signaling indicating a second transmission to a second UE , wherein the second downlink control signaling is identified by a second identification used by the second UE ; and decoding, , by the first UE, the first transmission based on information provided by at least the first downlink control signaling and the second downlink control signaling, characterized in that radio resource used by the first transmission is indicated by the second downlink control signaling but is not indicated by the first downlink control signaling.
A first wireless transmit/receive unit, WTRU, configured for proximity services discovery, the first WTRU comprising: a transmitter, a receiver, and a processor, wherein: the transmitter is configured to send a discovery request to a network device providing a proximity services function, wherein the discovery request includes at least a WTRU identity, a command, and an application identity; the receiver is configured to receive a discovery response from the network device including a first proximity services code for the first WTRU and an indication of at least one associated discovery filter; the transmitter is configured to send the first proximity services code; the receiver is configured to receive, from a second WTRU, a second proximity services code; the processor is configured to determine that the second proximity services code satisfies conditions of the indicated at least one associated discovery filter to detect a match with the second proximity services code; and the transmitter is configured to, responsive to the detection of the match, send a match report to the network device. a transmitter, a receiver, and a processor, wherein: the transmitter is configured to send a discovery request to a network device providing a proximity services function, wherein the discovery request includes at least a WTRU identity, a command, and an application identity; the receiver is configured to receive a discovery response from the network device including a first proximity services code for the first WTRU and an indication of at least one associated discovery filter; the transmitter is configured to send the first proximity services code; the receiver is configured to receive, from a second WTRU, a second proximity services code; the processor is configured to determine that the second proximity services code satisfies conditions of the indicated at least one associated discovery filter to detect a match with the second proximity services code; and the transmitter is configured to, responsive to the detection of the match, send a match report to the network device. the transmitter is configured to send a discovery request to a network device providing a proximity services function, wherein the discovery request includes at least a WTRU identity, a command, and an application identity; the receiver is configured to receive a discovery response from the network device including a first proximity services code for the first WTRU and an indication of at least one associated discovery filter; the transmitter is configured to send the first proximity services code; the receiver is configured to receive, from a second WTRU, a second proximity services code; the processor is configured to determine that the second proximity services code satisfies conditions of the indicated at least one associated discovery filter to detect a match with the second proximity services code; and the transmitter is configured to, responsive to the detection of the match, send a match report to the network device.
A load balancing method, the method comprises steps of determining (S101), when a user accesses or is handed over to a current cell of a co-coverage inter-frequency cell group in the same base station, whether the current cell is an expected serving cell that meets a preset load balancing condition; and balancing (S102), according to a determination result, a load of the co-coverage inter-frequency cell group, characterized in that : the step of determining whether the current cell is the expected serving cell that meets the preset load balancing condition further comprises: determining, according to overall load data of the co-coverage inter-frequency cell group, whether the current cell is the expected serving cell that meets the preset load balancing condition. balancing (S102), according to a determination result, a load of the co-coverage inter-frequency cell group, characterized in that : the step of determining whether the current cell is the expected serving cell that meets the preset load balancing condition further comprises: determining, according to overall load data of the co-coverage inter-frequency cell group, whether the current cell is the expected serving cell that meets the preset load balancing condition.
A polymer electrolyte membrane, having an ion cluster diameter of 2.96 to 4.00 nm and a converted puncture strength of 2.94 N(300 gf/50 μm) or more, comprising: a mixture of two or more fluorine-based electrolyte polymers, each of which has an ion-exchange group and has a monomer structure different from each other, wherein the ion cluster diameter and the converted puncture strength are measured as described in the experimental part of the description.
A method for producing polished substrates, comprising the steps of: placing substrate stocks on a lower polishing plate in individual work holes formed in a carrier , bringing an upper polishing plate into contact with the surfaces of said substrate stocks, and rotating said upper and lower polishing plates , with supply of a polishing slurry to the surfaces of said substrate stocks to polish the substrate stocks; characterized in that an impact-absorbing liquid is applied onto the surfaces of said substrate stocks, and said bringing of the upper polishing plate into contact with said surfaces is while they are coated with the impact-absorbing liquid and while the lower polishing plate is being rotated. placing substrate stocks on a lower polishing plate in individual work holes formed in a carrier , bringing an upper polishing plate into contact with the surfaces of said substrate stocks, and rotating said upper and lower polishing plates , with supply of a polishing slurry to the surfaces of said substrate stocks to polish the substrate stocks;
A pharmaceutical composition comprising a therapeutically effective dose of Lenvatinib mesylate and sodium carbonates, wherein the weight ratio of Lenvatinib mesylate to sodium carbonates ranges from 1: 1.5 to 1:5.