mhurhangee/patent-ind-claim-en huggingface dataset:
System for automatic textile items sorting, that comprises: a reception station for textile items that accumulate within it; a textile items recognition station including a textile items identifying and recognizing device ; a pick-up and transferring device including grippers configured to grab individual pieces of textile items accumulated on the reception station , and transferring them from the reception station to the textile items recognition station ; a sorting and separating station for textile items having been recognized by the textile items identifying and recognizing device , characterized in that the reception station includes a deposit having a first conveyor belt arranged at a bottom area of the deposit ; the textile items recognition station includes a second and a third conveyor belts at different heights; the pick-up and transferring device comprises at least a pair of inclined tracks extending from a position above the first conveyor belt to a position above the second conveyor belt , each track including an independently actuated gripper associated to a moving member ; and the third conveyor belt includes a feeding end connected to the sorting and separating station and a returning end extending over the first conveyor for returning textile items to the reception station . a reception station for textile items that accumulate within it; a textile items recognition station including a textile items identifying and recognizing device ; a pick-up and transferring device including grippers configured to grab individual pieces of textile items accumulated on the reception station , and transferring them from the reception station to the textile items recognition station ; a sorting and separating station for textile items having been recognized by the textile items identifying and recognizing device , the reception station includes a deposit having a first conveyor belt arranged at a bottom area of the deposit ; the textile items recognition station includes a second and a third conveyor belts at different heights; the pick-up and transferring device comprises at least a pair of inclined tracks extending from a position above the first conveyor belt to a position above the second conveyor belt , each track including an independently actuated gripper associated to a moving member ; and the third conveyor belt includes a feeding end connected to the sorting and separating station and a returning end extending over the first conveyor for returning textile items to the reception station .
An optical fiber node comprising: a housing ; a module including a plurality of connection ports configured to be coupled with optical fibers, the module being disposed in the housing and having indicators associated with at least some of the plurality of connection ports ; and a controller disposed in the housing and optionally being battery powered, wherein the controller manages a database associated with the plurality of connection ports and is configured to adjust the indicators during a wiring operation of the optical fiber node to signal that a particular connection port of the plurality of connection ports is to be coupled with a particular optical fiber. a housing ; a module including a plurality of connection ports configured to be coupled with optical fibers, the module being disposed in the housing and having indicators associated with at least some of the plurality of connection ports ; and a controller disposed in the housing and optionally being battery powered, wherein the controller manages a database associated with the plurality of connection ports and is configured to adjust the indicators during a wiring operation of the optical fiber node to signal that a particular connection port of the plurality of connection ports is to be coupled with a particular optical fiber.
A method for processing feedback information, comprising: sending, by a transmit end device, time unit format information and a set of hybrid automatic repeat request, HARQ, timing K1 values via one or more radio resource control, RRC, signalings to a receive end device, wherein each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit for transmitting a physical downlink shared channel, PDSCH, and a time unit for transmitting a physical uplink control channel, PUCCH, or each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit for transmitting a PDSCH and a time unit for transmitting a physical uplink shared channel, PUSCH, wherein PUCCH/PUSCH are for transmitting HARQ feedback information corresponding to the PDSCH, and wherein the time unit format information comprises a quantity of time units for bearing uplink transmission in one configuration period and/or a quantity of time units for bearing downlink transmission in one configuration period; and receiving, by the transmit end device, HARQ feedback information from the receive end device, wherein a quantity of HARQ feedback information bits is associated with the set of HARQ timing K1 values and the time unit format information. sending, by a transmit end device, time unit format information and a set of hybrid automatic repeat request, HARQ, timing K1 values via one or more radio resource control, RRC, signalings to a receive end device, wherein each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit for transmitting a physical downlink shared channel, PDSCH, and a time unit for transmitting a physical uplink control channel, PUCCH, or each HARQ timing K1 value of the set of HARQ timing K1 values represents a time difference between a time unit for transmitting a PDSCH and a time unit for transmitting a physical uplink shared channel, PUSCH, wherein PUCCH/PUSCH are for transmitting HARQ feedback information corresponding to the PDSCH, and wherein the time unit format information comprises a quantity of time units for bearing uplink transmission in one configuration period and/or a quantity of time units for bearing downlink transmission in one configuration period; and receiving, by the transmit end device, HARQ feedback information from the receive end device, wherein a quantity of HARQ feedback information bits is associated with the set of HARQ timing K1 values and the time unit format information.
A method of updating a network allocation vector, NAV, timer by a station, STA, in a wireless local area network, LAN, system supporting transmission of a high efficiency physical layer protocol data unit, HE PPDU, the method comprising: receiving, by the STA, a frame including a signal, SIG, field, wherein the SIG field includes a transmission opportunity, TXOP, duration subfield; obtaining a TXOP duration value from the TXOP duration subfield of the SIG field; selecting, by the STA, a NAV timer from a first NAV timer for an intra-basic service set, intra-BSS, frame and a non-intra BSS NAV timer for an overlapping BSS, OBSS, frame, based on whether the frame is the intra-BSS frame; and updating, by the STA, the selected NAV timer based on the TXOP duration value, wherein the obtaining the TXOP duration value comprises: determining a scaling factor for the TXOP duration value based on a first part of the TXOP duration subfield; determining a scaled duration value based on a second part of the TXOP duration subfield; and determining the TXOP duration value based on the scaling factor and the scaled duration value. receiving, by the STA, a frame including a signal, SIG, field, wherein the SIG field includes a transmission opportunity, TXOP, duration subfield; obtaining a TXOP duration value from the TXOP duration subfield of the SIG field; selecting, by the STA, a NAV timer from a first NAV timer for an intra-basic service set, intra-BSS, frame and a non-intra BSS NAV timer for an overlapping BSS, OBSS, frame, based on whether the frame is the intra-BSS frame; and updating, by the STA, the selected NAV timer based on the TXOP duration value, wherein the obtaining the TXOP duration value comprises: determining a scaling factor for the TXOP duration value based on a first part of the TXOP duration subfield; determining a scaled duration value based on a second part of the TXOP duration subfield; and determining the TXOP duration value based on the scaling factor and the scaled duration value. determining a scaling factor for the TXOP duration value based on a first part of the TXOP duration subfield; determining a scaled duration value based on a second part of the TXOP duration subfield; and determining the TXOP duration value based on the scaling factor and the scaled duration value.
A child stroller frame comprising: a first frame portion and a second frame portion , the second frame portion having a first end and a second end, the first end of the second frame portion being pivotally connected with the first frame portion ; a pivoting part having one end fixedly connected with a rear wheel support member and another end pivotally connected with the second frame portion ; and a linkage movably coupling the first frame portion to the pivoting part , wherein the linkage includes a plurality of bars , a first one of the bars being formed integrally as a single body having a first bar portion and a second bar portion that intersect each other at an angle, the second frame portion being pivotally connected with the first bar in a region thereof where the first bar portion joins with the second bar portion , whereby the first frame portion and the rear wheel support member are movably linked for folding in a concurrent manner toward the second frame portion . a first frame portion and a second frame portion , the second frame portion having a first end and a second end, the first end of the second frame portion being pivotally connected with the first frame portion ; a pivoting part having one end fixedly connected with a rear wheel support member and another end pivotally connected with the second frame portion ; and a linkage movably coupling the first frame portion to the pivoting part , wherein the linkage includes a plurality of bars , a first one of the bars being formed integrally as a single body having a first bar portion and a second bar portion that intersect each other at an angle, the second frame portion being pivotally connected with the first bar in a region thereof where the first bar portion joins with the second bar portion , whereby the first frame portion and the rear wheel support member are movably linked for folding in a concurrent manner toward the second frame portion .
A tamper protection cover of a surge protection device for installation on a busbar system, wherein the tamper protection cover includes a base body defining a receiving partial space for a switching operation lever of an electrical component received by the surge protection device, wherein the tamper protection cover includes a lateral extension which is separably connected to the base body by means of at least one predetermined breaking point , and wherein the lateral extension defines an additional space which, together with the receiving partial space of the base body , defines a common receiving space for the switching operation lever that is larger than the receiving partial space defined by the base body .
A protection device for a heat exchanger, comprising a grid with an upstream surface and a downstream surface , both located on opposite sides of the grid , the grid being attachable to the heat exchanger with attachment means so that the downstream surface can face a side of the heat exchanger , wherein the protection device further comprises a shock absorber attached to the grid so that the shock absorber least partly protrudes from the downstream surface of the grid , wherein the attachment means are configured to provide a distance (D) between the downstream surface and the side of the heat exchanger after assembly, characterized in that the shock absorber protrudes from the downstream surface of the grid at a distance smaller than said distance (D).
A discharge device for discharging electrostatic charges from a shaft , the discharge device comprising a contact strand which is disposable in a frame support tangentially to a contact circumference of the shaft in such a manner that a contact surface is formable between the contact strand and the contact circumference of the shaft when the contact strand is in a contact position, the contact strand having a fiber arrangement composed of a plurality of carbon fibers characterized by an electric device for function monitoring of the discharge device.
A computer-implemented method for detecting shared audio content between a first audio signal and a second audio signal, wherein a set of query fingerprints is extracted from the first audio signal, and a set of reference fingerprints is extracted from the second audio signal, the method comprising: calculating a first matching score between each query fingerprint and at least one reference fingerprint using a first matching algorithm, wherein each query fingerprint and the reference fingerprint form a respective first pair, and each pair of query fingerprints form a respective second pair, calculating a second matching score for each second pair, clustering query fingerprints associated with at least one second matching score that satisfies a cluster threshold into clustered groups, such that each clustered group comprises at least two query fingerprints associated with a second pair, and deriving a group distance between at least one clustered group and one or more reference fingerprints based on the first matching scores associated with the fingerprints of the clustered group, wherein only fingerprints whose first matching score satisfies a first threshold and whose second matching score satisfies the cluster threshold are considered, deriving a confidence score by applying a set of decision making rules based on the group distance, and making a positive decision that the first audio signal shares audio content with the second audio signal if the confidence score satisfies a confidence threshold. calculating a first matching score between each query fingerprint and at least one reference fingerprint using a first matching algorithm, wherein each query fingerprint and the reference fingerprint form a respective first pair, and each pair of query fingerprints form a respective second pair, calculating a second matching score for each second pair, clustering query fingerprints associated with at least one second matching score that satisfies a cluster threshold into clustered groups, such that each clustered group comprises at least two query fingerprints associated with a second pair, and deriving a group distance between at least one clustered group and one or more reference fingerprints based on the first matching scores associated with the fingerprints of the clustered group, wherein only fingerprints whose first matching score satisfies a first threshold and whose second matching score satisfies the cluster threshold are considered, deriving a confidence score by applying a set of decision making rules based on the group distance, and making a positive decision that the first audio signal shares audio content with the second audio signal if the confidence score satisfies a confidence threshold.
Bodywork arrangement of a vehicle, in particular a motor vehicle, comprising a cradle secured to a wheel set of the vehicle, two cradle extensions forming side members of the vehicle body, and two devices respectively for fixing one end of the two extensions forming side members to the cradle , each fixing device comprising a female part and a male part able to engage in the female part , characterized in that the male parts and female comprise means for locking the male part into the female part by rotation of an elongated forming the corresponding spare by a defined angle around its longitudinal axis .
Method for measurement signal evaluation in a pipe jacking method, wherein the pipe jacking method is used to construct a pipeline along a planning line by simultaneously advancing at least two pipe elements (4.1, 4.2), which have a predetermined static pipe load limit, in a subsurface, wherein the method for measurement signal evaluation comprises the following steps: a) measuring of a direction angle of the pipe jacking with an angle sensor (7.1), wherein the directional angle of a drill head (6.2) relative to a machine body (6.1) of a drilling device and, in particular, a directional angle in the hydraulic joint between a foremost (4.1) and second foremost pipe element (4.2) in a feed direction is measured as the directional angle of the pipe jacking b) output of the measured direction angle, characterised by the step c) calculating and outputting a current maximum force difference angle range dependent on the direction angle, in which an angle of the two foremost of the at least two tube elements (4.1, 4.2) can be altered without having to reduce a maximum jacking force, which is calculated at least on the basis of the current measured direction angle and the static pipe load limit. wherein the method for measurement signal evaluation comprises the following steps: a) measuring of a direction angle of the pipe jacking with an angle sensor (7.1), wherein the directional angle of a drill head (6.2) relative to a machine body (6.1) of a drilling device and, in particular, a directional angle in the hydraulic joint between a foremost (4.1) and second foremost pipe element (4.2) in a feed direction is measured as the directional angle of the pipe jacking b) output of the measured direction angle, a) measuring of a direction angle of the pipe jacking with an angle sensor (7.1), wherein the directional angle of a drill head (6.2) relative to a machine body (6.1) of a drilling device and, in particular, a directional angle in the hydraulic joint between a foremost (4.1) and second foremost pipe element (4.2) in a feed direction is measured as the directional angle of the pipe jacking b) output of the measured direction angle, characterised by the step c) calculating and outputting a current maximum force difference angle range dependent on the direction angle, in which an angle of the two foremost of the at least two tube elements (4.1, 4.2) can be altered without having to reduce a maximum jacking force, which is calculated at least on the basis of the current measured direction angle and the static pipe load limit.
A hollow profile reinforced with a ribbed structure wherein at least part of the ends of the ribs are bonded to the inner surface of the hollow profile by a heat activated adhesive material, characterized in that the ribbed structure is made of rigid plastics such as polyethylene, polypropylene, and nylons, characterized in, that grooves are provided at certain points at the end of the ribs for the provision of a heat activatable material and wherein the ribbed structure is manufactured from a composite material, in which the composite material is a laminar structure of two facing sheets with a layer of foamed material there between. ends of the ribs are bonded to the inner surface of the hollow profile by a heat activated adhesive material, characterized in that the ribbed structure is made of rigid plastics such as polyethylene, polypropylene, and nylons, characterized in, that grooves are provided at certain points at the end of the ribs for the provision of a heat activatable material and wherein the ribbed structure is manufactured from a composite material, in which the composite material is a laminar structure of two facing sheets with a layer of foamed material there between.
A method performed in a Lightweight Machine to Machine, LWM2M, server for communication in Internet of Things, comprising: receiving (S401), from an application, an object definition schema, checking (S402) if a queue exists for the operation-related resource item, upon receiving a request for an operation on the operation-related resource item from the application, the method being characterized in that the object definition schema includes an attribute that indicates storing a latest operation message for an operation-related resource item in a LWM2M client, and if the queue exists, storing (S403) the latest operation message in the queue in place of a previous operation message when the LWM2M client is offline. receiving (S401), from an application, an object definition schema, checking (S402) if a queue exists for the operation-related resource item, upon receiving a request for an operation on the operation-related resource item from the application, the method being characterized in that the object definition schema includes an attribute that indicates storing a latest operation message for an operation-related resource item in a LWM2M client, and if the queue exists, storing (S403) the latest operation message in the queue in place of a previous operation message when the LWM2M client is offline.
A method for the distributed assignment of yields of a facility to a plurality of participating persons on the basis of a smart meter gateway network (N) comprising a plurality of smart meter gateways , said method comprising the steps of: - storing participation information including information with regard to the participation of a person in the facility in a chain of data sets cryptographically linked to one another in the smart meter gateway network (N) (S10); - storing a smart contract in a chain of data sets cryptographically linked to one another in the smart meter gateway network (N), said smart contract being uniquely allocated to the facility and containing facility parameters necessary to calculate yields of the facility (S11); - receiving energy information with regard to energy values produced by the facility by at least one smart meter gateway , said smart meter gateway being a component of the smart meter gateway network (N) (S12); - storing the received energy information or information derived therefrom in a chain of data sets cryptographically linked to one another in the smart meter gateway network (N) (S13); - calculating yield tokens on the basis of the received energy information and the smart contract of the facility (S14); and - assigning a part of the yield tokens to a participating person on the basis of the participation information (S15). - storing participation information including information with regard to the participation of a person in the facility in a chain of data sets cryptographically linked to one another in the smart meter gateway network (N) (S10); - storing a smart contract in a chain of data sets cryptographically linked to one another in the smart meter gateway network (N), said smart contract being uniquely allocated to the facility and containing facility parameters necessary to calculate yields of the facility (S11); - receiving energy information with regard to energy values produced by the facility by at least one smart meter gateway , said smart meter gateway being a component of the smart meter gateway network (N) (S12); - storing the received energy information or information derived therefrom in a chain of data sets cryptographically linked to one another in the smart meter gateway network (N) (S13); - calculating yield tokens on the basis of the received energy information and the smart contract of the facility (S14); and - assigning a part of the yield tokens to a participating person on the basis of the participation information (S15).
Method for transient operation of a solid oxide electrolysis cell (SOEC) stack having a cathode side and an anode side, the method comprising: - supplying a flush gas comprising CO 2 to said anode side; - applying a small electrolysis current of 0.01-0.05 A/cm 2 active cell area to the cells in the SOEC stack, for thereby generating oxygen in the anode side or for transporting to the anode side any oxygen already available in the cathode side. - supplying a flush gas comprising CO 2 to said anode side; - applying a small electrolysis current of 0.01-0.05 A/cm 2 active cell area to the cells in the SOEC stack, for thereby generating oxygen in the anode side or for transporting to the anode side any oxygen already available in the cathode side.