mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a random access preamble, the method comprising: generating, by a user equipment, UE, the random access preamble; and characterized in that : when a number of physical random access channel, PRACH, repetitions per attempt is larger than a threshold, splitting, by the UE, the random access preamble into a plurality of parts , and separately transmitting, by the UE, the plurality of parts in discontinuous time resources; wherein the random access preamble comprises the PRACH repetitions. when a number of physical random access channel, PRACH, repetitions per attempt is larger than a threshold, splitting, by the UE, the random access preamble into a plurality of parts , and separately transmitting, by the UE, the plurality of parts in discontinuous time resources; splitting, by the UE, the random access preamble into a plurality of parts , and separately transmitting, by the UE, the plurality of parts in discontinuous time resources; wherein the random access preamble comprises the PRACH repetitions.
Joining part for a system for partitioning and protecting a premises of the type delimited by a floor (S), a ceiling (P, SP) and walls (M), the system being of the type comprising at least two telescopic props and a plurality of longitudinal elements for forming a support frame for at least one flexible closing element of the tarpaulin type, characterized in that the joining part comprises: • a contact shoe with a bearing surface comprising a cylinder of given height (h) that has a longitudinal axis (X-X) and is provided with a first peripheral retaining shoulder ; • two superposed rings fitted around the cylinder of the contact shoe and mounted so as to rotate with respect to one another, each ring having a transverse peripheral rabbet delimited by a rabbet end wall , a rabbet bottom and a rabbet edge , the two rabbets together forming, in a use position, a peripheral slot for the reversible fixing of a fixing seal (J) of the closing element, each ring also comprising a centrifugal protrusion for fixing a longitudinal element of the partitioning and protecting system in the use position; • a support base for a telescopic prop in the use position, provided with a second retaining shoulder , the support base and the contact shoe comprising complementary fixing means (113-132), the height (h) of the cylinder being chosen such that the rings are free to rotate about the cylinder but butt against the two retaining shoulders (112-131) when the base is fixed to the shoe . • a contact shoe with a bearing surface comprising a cylinder of given height (h) that has a longitudinal axis (X-X) and is provided with a first peripheral retaining shoulder ; • two superposed rings fitted around the cylinder of the contact shoe and mounted so as to rotate with respect to one another, each ring having a transverse peripheral rabbet delimited by a rabbet end wall , a rabbet bottom and a rabbet edge , the two rabbets together forming, in a use position, a peripheral slot for the reversible fixing of a fixing seal (J) of the closing element, each ring also comprising a centrifugal protrusion for fixing a longitudinal element of the partitioning and protecting system in the use position; • a support base for a telescopic prop in the use position, provided with a second retaining shoulder , the support base and the contact shoe comprising complementary fixing means (113-132), the height (h) of the cylinder being chosen such that the rings are free to rotate about the cylinder but butt against the two retaining shoulders (112-131) when the base is fixed to the shoe .
An ultrasonic flow meter comprising - a meter housing , - a first ultrasound transducer , - a second ultrasound transducer , - an electronic control arrangement for operating said ultrasonic flow meter , and - a connection arrangement being arranged between said electronic control arrangement and said ultrasound transducers , said ultrasonic flow meter being adapted to measure the flow of a fluid by means of said first and second transducers , said connection arrangement comprising - an electrically insulating support arrangement , and - a set of elastic connectors for electrically connecting said electronic control arrangement with said first and second ultrasound transducers , said insulating support arrangement mechanically fixating said set of elastic connectors and maintaining electrical separation between said set of elastic connectors , characterized in that each elastic connector comprises a first spring part for engaging said electronic control arrangement and a second spring part for engaging said first and/or second transducer , and wherein the connection arrangement is provided as a single, separate unit. - a meter housing , - a first ultrasound transducer , - a second ultrasound transducer , - an electronic control arrangement for operating said ultrasonic flow meter , and - a connection arrangement being arranged between said electronic control arrangement and said ultrasound transducers , said ultrasonic flow meter being adapted to measure the flow of a fluid by means of said first and second transducers , said connection arrangement comprising - an electrically insulating support arrangement , and - a set of elastic connectors for electrically connecting said electronic control arrangement with said first and second ultrasound transducers ,
A composition comprising a combination of an anti- P. gingivalis Huβ antiserum that specifically recognizes or binds an isolated or recombinant HU polypeptide and an anti-S. gordonii HU antiserum that specifically recognizes or binds an isolated or recombinant HU protein.
A method for extracting, by a processor of a decoder, source color volume information of an input bitstream from source color volume metadata, the method comprising: receiving , by the processor, the source color volume metadata that includes a first messaging variable (source_colour_volume_id) identifying the presence of source color volume information in the source color volume metadata; receiving , by the processor, a second messaging variable (source_colour_primaries) as part of the source color volume information in the source color volume metadata; if the second messaging variable matches a first predetermined value, extracting , by the processor, first x and y chromaticity coordinates for at least one color primary from the source color volume information in the source color volume metadata; and extracting , by the processor, a minimum, a maximum, and an average luminance value from the source color volume information in the source color volume metadata. receiving , by the processor, the source color volume metadata that includes a first messaging variable (source_colour_volume_id) identifying the presence of source color volume information in the source color volume metadata; receiving , by the processor, a second messaging variable (source_colour_primaries) as part of the source color volume information in the source color volume metadata; if the second messaging variable matches a first predetermined value, extracting , by the processor, first x and y chromaticity coordinates for at least one color primary from the source color volume information in the source color volume metadata; and extracting , by the processor, a minimum, a maximum, and an average luminance value from the source color volume information in the source color volume metadata.
A method of stopping a vehicle without a driver, the method comprising: after a passenger has entered the vehicle, maneuvering , by one or more processors, the vehicle in an autonomous driving mode towards a destination location along a route , the route being divided into two or more stages; receiving , by the one or more processors, a signal indicating that the passenger is requesting that the vehicle stop or pull over; in response to receiving the signal, determining , by the one or more processors, a current stage of the two or more stages of the route based on a current distance, in time or space, of the vehicle from a pickup location where the passenger entered the vehicle and/or a current distance, in time or space, of the vehicle from the destination location, wherein the current stage is determined based on whether or not the vehicle is within a first threshold distance , in time or space, from the pickup location and/or whether or not the vehicle is within a second threshold distance , in time or space, from the destination location; and stopping , by the one or more processors, the vehicle, wherein where and how the vehicle is stopped is determined based on the determined current stage. after a passenger has entered the vehicle, maneuvering , by one or more processors, the vehicle in an autonomous driving mode towards a destination location along a route , the route being divided into two or more stages; receiving , by the one or more processors, a signal indicating that the passenger is requesting that the vehicle stop or pull over; in response to receiving the signal, determining , by the one or more processors, a current stage of the two or more stages of the route based on a current distance, in time or space, of the vehicle from a pickup location where the passenger entered the vehicle and/or a current distance, in time or space, of the vehicle from the destination location, wherein the current stage is determined based on whether or not the vehicle is within a first threshold distance , in time or space, from the pickup location and/or whether or not the vehicle is within a second threshold distance , in time or space, from the destination location; and stopping , by the one or more processors, the vehicle, wherein where and how the vehicle is stopped is determined based on the determined current stage.
A passenger conveyor performance rating system for a passenger conveyor system , comprising: a user device configured to: display a graphical user interface that receives a first input indicating an operating performance of an individual passenger conveyor included in the passenger conveyor system , and that receives a second input indicating at least one operation fault of the individual passenger conveyor; and a computing server in signal communication with the user device , the computing server configured to: receive first data indicating the operating performance and second data indicating the at least one operation fault; and determine a faulty passenger conveyor system based on the first data and the second data, characterised in that the user device is further configured to obtain geographical information of the passenger conveyor system , and the computing server is further configured to receive the geographical information of the passenger conveyor system , determine the geographical location of the faulty passenger conveyor system based on the geographical information, and generate a graphical map displaying the geographical location of the faulty passenger conveyor system based on the geographical information. a user device configured to: display a graphical user interface that receives a first input indicating an operating performance of an individual passenger conveyor included in the passenger conveyor system , and that receives a second input indicating at least one operation fault of the individual passenger conveyor; and a computing server in signal communication with the user device , the computing server configured to: receive first data indicating the operating performance and second data indicating the at least one operation fault; and determine a faulty passenger conveyor system based on the first data and the second data, receive first data indicating the operating performance and second data indicating the at least one operation fault; and determine a faulty passenger conveyor system based on the first data and the second data, characterised in that the user device is further configured to obtain geographical information of the passenger conveyor system , and the computing server is further configured to receive the geographical information of the passenger conveyor system , determine the geographical location of the faulty passenger conveyor system based on the geographical information, and generate a graphical map displaying the geographical location of the faulty passenger conveyor system based on the geographical information.
A robotic hand comprising - a palm ; - a plurality of phalanges adapted to reproduce a plurality of fingers; - hinges each of which hinging a first element identifying one of said phalanges to a second element identifying one among said palm and one of said phalanges distinct from said first element; characterized in that it comprises at least one actuating mechanism comprising - first pulleys , each one located at each of said hinges and bound to said first element; - second pulleys , each one located at each of said hinges and bound to said second element; - a single cable running in all of said pulleys ; - at least two motors adapted to apply different tensions to said cable ; and in that - at least one of said first pulleys and said second pulleys has a different friction so that said pulleys cause tension drops in said single cable , which are different from one another, and hence said single cable comprises subtended sectors between said pulleys , which have a non-homogeneous tension, giving different actuation forces to said elements and consequently different mutual rotation speeds between said elements. - a palm ; - a plurality of phalanges adapted to reproduce a plurality of fingers; - hinges each of which hinging a first element identifying one of said phalanges to a second element identifying one among said palm and one of said phalanges distinct from said first element; - first pulleys , each one located at each of said hinges and bound to said first element; - second pulleys , each one located at each of said hinges and bound to said second element; - a single cable running in all of said pulleys ; - at least two motors adapted to apply different tensions to said cable ; - at least one of said first pulleys and said second pulleys has a different friction so that said pulleys cause tension drops in said single cable , which are different from one another, and hence said single cable comprises subtended sectors between said pulleys , which have a non-homogeneous tension, giving different actuation forces to said elements and consequently different mutual rotation speeds between said elements.
An apparatus for monitoring and managing correct connection and operation of various hydraulic lines which establish the connection of the primary hydraulic circuit of an operating machine with the secondary hydraulic circuit of a utility , said apparatus further comprising a plurality of ports comprising a female coupling or cartridge on the machine side of said line , which are adapted to accommodate a male coupling provided on the utility side of said line for connection of each of said hydraulic lines, said apparatus further comprising means for uniquely identifying each of said male couplings , and means for identification of each of said ports comprising said female couplings or cartridges , and a data communication module provided on said operating machine for identifying said male couplings as they are being moved toward said ports and for indicating to the user the correct port for hydraulic coupling between said male couplings and said female couplings or cartridges , thereby guiding the user in the operations to connect lines , wherein said means for identifying each male coupling comprise at least one passive RFID TAG coupled to each of said male couplings of each line , and said means for identifying each of said ports comprising a female coupling or cartridge comprise at least one sensorized element coupled to each port and comprising at least one microswitch adapted to detect that correct connection of the male coupling into the female coupling has occurred, and at least one visual signaling means for indicating to the user which machine-side port has to be coupled to the male coupling of the utility , said data communication module being placed on board of said operating machine and comprising one or more RFID antennas adapted to actuate said at least one passive RFID TAG coupled to each of said male couplings and to read the unique return ID signal emitted by each of said RFID TAGs, and at least one microprocessor in signal communication with said at least one microswitch and with said at least one visual signaling means , said apparatus further comprising a remote platform and wherein an electronic device is in data communication via a network connection with said remote platform so that data concerning couplings and connections of the various hydraulic lines of the operating machines and of the various utilities sent by said data communication module to a management software for electronic devices may be used to monitor modes of use of an entire hydraulic system.
A tire comprising an electronic circuit for measuring tread depth (h) of a tread (t) of the tire , wherein a groove (g) is associated with the tread (t), the electronic circuit comprising: - a first conductive portion embedded in the tire and comprising a first conductive wire portion which extends in the tread (t) and terminates open at an outer peripheral portion (t 1 ) of the tread (t), - a second conductive portion embedded in the tire and comprising a second conductive wire portion which extends in the tire, - an electronic connection portion , wherein the first and second conductive portions are electrically connected via the electronic connection portion , - wherein the first conductive portion has a first electrical length, as measured from the electronic connection portion to the outer peripheral portion (t 1 ) of the tread (t), and wherein the second conductive portion has a second electrical length, characterized in that, - the second conductive portion terminates open at an outer peripheral portion (g1) of the groove (g), the first and second conductive portions extend from the electronic connection portion to the outer peripheral portions (t1, g1) of the tread and groove (t, g), respectively, and the second electrical length is measured from the electronic connection portion to the outer peripheral portion (g1) of the groove (g), and in that - the first electrical length and the second electrical length only differ by a difference in height (h) between the outer peripheral portion (t 1 ) of the tread (t) and the outer peripheral portion (g 1 ) of the groove (g). - a first conductive portion embedded in the tire and comprising a first conductive wire portion which extends in the tread (t) and terminates open at an outer peripheral portion (t 1 ) of the tread (t), - a second conductive portion embedded in the tire and comprising a second conductive wire portion which extends in the tire, - an electronic connection portion , wherein the first and second conductive portions are electrically connected via the electronic connection portion , - wherein the first conductive portion has a first electrical length, as measured from the electronic connection portion to the outer peripheral portion (t 1 ) of the tread (t), and wherein the second conductive portion has a second electrical length, - the second conductive portion terminates open at an outer peripheral portion (g1) of the groove (g), the first and second conductive portions extend from the electronic connection portion to the outer peripheral portions (t1, g1) of the tread and groove (t, g), respectively, and the second electrical length is measured from the electronic connection portion to the outer peripheral portion (g1) of the groove (g), and in that - the first electrical length and the second electrical length only differ by a difference in height (h) between the outer peripheral portion (t 1 ) of the tread (t) and the outer peripheral portion (g 1 ) of the groove (g).
A melt-anisotropic aromatic polyester multifilament having a single fiber fineness from 10 to 80 dtex, the melt-anisotropic aromatic polyester multifilament comprising 3 to 10 wt% of a dimethylsilicone-series finishing agent applied on a fiber surface of the multifilament, based on the multifilament, the finishing agent containing a dimethylsilicone-series compound having a weight average molecular weight from 15000 to 40000, wherein the weight average molecular weight of the dimethylsilicone-series compound is determined as a weight average molecular weight based on polystyrene in gel permeation chromatography (GPC).
A network node for a wireless communication system , the network node comprising: a processor configured to determine a resource indicator , the resource indicator comprising a first start index and a first number of frequency resources (N1) and being determined as a single allocation value representing the first start index and the first number of frequency resources (N1), wherein the first start index and the first number of frequency resources (N1) are used for allocating a first set of contiguous frequency resources (R1) within a first sub-band, and a corresponding first set of contiguous frequency resources (R1') within a second sub-band, wherein the corresponding first set of contiguous frequency resources (R1') has a resource allocation that is same within the second sub-band as the resource allocation of the first set of contiguous frequency resources (R1) within the first sub-band, and wherein the first sub-band and the second sub-band are non-overlapping; and a transceiver configured to transmit a transmission grant comprising the resource indicator to a user device . a processor configured to determine a resource indicator , the resource indicator comprising a first start index and a first number of frequency resources (N1) and being determined as a single allocation value representing the first start index and the first number of frequency resources (N1), wherein the first start index and the first number of frequency resources (N1) are used for allocating a first set of contiguous frequency resources (R1) within a first sub-band, and a corresponding first set of contiguous frequency resources (R1') within a second sub-band, wherein the corresponding first set of contiguous frequency resources (R1') has a resource allocation that is same within the second sub-band as the resource allocation of the first set of contiguous frequency resources (R1) within the first sub-band, and wherein the first sub-band and the second sub-band are non-overlapping; and a transceiver configured to transmit a transmission grant comprising the resource indicator to a user device .