mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring media exposure, the system comprising: a remote device configured to receive a sample audio signal, to extract at least one unique parameter of said sample audio signal and to form a first dataset including data related to a presence of said unique parameter; a central device configured to receive said first dataset from said remote device, and to obtain at least one second dataset related to a presence of at least one unique parameter extracted from a media audio signal received from at least one media source; wherein said central device is further configured to evaluate correspondence between said first dataset and said second dataset and to collect data related to exposure of said remote device to said at least one media audio signal in accordance with said correspondence, characterized in that the unique parameters are detected by generating a signal matrix of digital values each representing a value of a parameter of said sample audio signal for a certain frequency range at a certain timeslot; and by applying matrix multiplication between at least one segment of said signal matrix and a filter matrix, said filter matrix is configured to be applied on a segment of the signal matrix and to extract a parameter in said segment which is unique with respect the surrounding, said filter matrix including values configured such that a sum of products of said matrix multiplication provides a value above a predetermined threshold when said segment includes said unique parameter therein, said segment including values in close proximity to said unique parameter. a remote device configured to receive a sample audio signal, to extract at least one unique parameter of said sample audio signal and to form a first dataset including data related to a presence of said unique parameter; a central device configured to receive said first dataset from said remote device, and to obtain at least one second dataset related to a presence of at least one unique parameter extracted from a media audio signal received from at least one media source; wherein said central device is further configured to evaluate correspondence between said first dataset and said second dataset and to collect data related to exposure of said remote device to said at least one media audio signal in accordance with said correspondence, characterized in that the unique parameters are detected by generating a signal matrix of digital values each representing a value of a parameter of said sample audio signal for a certain frequency range at a certain timeslot; and by applying matrix multiplication between at least one segment of said signal matrix and a filter matrix, said filter matrix is configured to be applied on a segment of the signal matrix and to extract a parameter in said segment which is unique with respect the surrounding, said filter matrix including values configured such that a sum of products of said matrix multiplication provides a value above a predetermined threshold when said segment includes said unique parameter therein, said segment including values in close proximity to said unique parameter.
A unibody double-sink washbasin comprising a lower sink edge , a lower sink drain pipe , a lower sink drain , a lower sink faucet , a lower sink , an upper sink edge , an upper sink drain pipe , an upper sink overflow hole , an upper sink drain , wall mounting part , an upper sink faucet and upper sink , -a coupling piece which connects the upper sink with the lower sink , a lower sink wall coupling part whereby in use the lower sink contacts the wall, and a double sink washbasin bottom edge ; wherein the lower sink has a smaller size compared to the upper sink and the lower sink edge is positioned to be closer to the wall than the upper sink edge when said double-sink wash basin is mounted, characterised in that the lower sink with the coupling piece is, when viewed from the side, in a reversed "J" shape , and in that the double-sink washbasin comprises - washing sensor connection holes located on upper sink faucet and the lower sink faucet - and a lower sink overflow hole -a coupling piece which connects the upper sink with the lower sink , a lower sink wall coupling part whereby in use the lower sink contacts the wall, and a double sink washbasin bottom edge ; wherein the lower sink has a smaller size compared to the upper sink and the lower sink edge is positioned to be closer to the wall than the upper sink edge when said double-sink wash basin is mounted, characterised in that the lower sink with the coupling piece is, when viewed from the side, in a reversed "J" shape , and in that the double-sink washbasin comprises - washing sensor connection holes located on upper sink faucet and the lower sink faucet - and a lower sink overflow hole - washing sensor connection holes located on upper sink faucet and the lower sink faucet - and a lower sink overflow hole
A genetically modified red blood precursor cell characterized by a genomic modification within exon 2 or exon 4 of BCL11A or within BCL11A-XL made following cleavage within the BCL11A gene by a zinc finger nuclease (ZFN), a TALE nuclease (TALEN) or a CRISPR/Cas system that binds to a target site within any one of SEQ ID NOs: 56, 63, 66, 71, 160, 170, 179, 183, 189, 193, 197, 200, 203, 207, 211 and 213 such that the BCL11A gene is inactivated and gamma globin expression is increased.
A hydraulic distributor for braking an agricultural or forestry machine comprising: a first slide valve having a first chamber with a signal opening and comprising a first spool , which can axially slide in said first chamber ; a first actuator , which is configured to axially vary the position of the first spool of the first slide valve and can be operated by an operator during the braking; a second slide valve , which has a first inlet for a first supply (PI) of high-pressure oil and a first supplying outlet for sending, in use, high-pressure oil to a towed vehicle connected to said agricultural or forestry machine, the second slide valve comprising a second, axially sliding spool , which can be operated by means of the first spool of the first slide valve ; a third slide valve comprising a third, axially sliding spool and having a second inlet for a second supply (PII) of low-pressure oil; a fifth slide valve comprising a fifth, axially sliding spool , a shutter and a coupling configured to be connected, in use, to an auxiliary line (LII) of a vehicle towed; wherein said shutter is configured to move said fifth spool from a first position to a second position (H, G) when said coupling is connected, in use, to a towed vehicle; the fifth slide valve having a second supply outlet for sending, in use, low-pressure oil coming from said third slide valve to the towed vehicle; said shutter being configured so as to be arranged in an open position (O) when the third slide valve is connected to the towed vehicle. a first slide valve having a first chamber with a signal opening and comprising a first spool , which can axially slide in said first chamber ; a first actuator , which is configured to axially vary the position of the first spool of the first slide valve and can be operated by an operator during the braking; a second slide valve , which has a first inlet for a first supply (PI) of high-pressure oil and a first supplying outlet for sending, in use, high-pressure oil to a towed vehicle connected to said agricultural or forestry machine, the second slide valve comprising a second, axially sliding spool , which can be operated by means of the first spool of the first slide valve ; a third slide valve comprising a third, axially sliding spool and having a second inlet for a second supply (PII) of low-pressure oil; a fifth slide valve comprising a fifth, axially sliding spool , a shutter and a coupling configured to be connected, in use, to an auxiliary line (LII) of a vehicle towed; wherein said shutter is configured to move said fifth spool from a first position to a second position (H, G) when said coupling is connected, in use, to a towed vehicle; the fifth slide valve having a second supply outlet for sending, in use, low-pressure oil coming from said third slide valve to the towed vehicle; said shutter being configured so as to be arranged in an open position (O) when the third slide valve is connected to the towed vehicle.
Wheel disc for a wheel, especially for utility vehicles, with an essentially radially extending hub fitting flange and an essentially cylindrical disc edge being joinable to a wheel rim, and with a transition region extending between the hub fitting flange and the disc edge , wherein the transition region is subdivided into at least five segments (A I to V ) passing into each other or into the hub fitting flange or the disc edge , each of which has an outer end situated closer to the hub fitting flange and an inner end situated closer to the disc edge , wherein the segments (A I to V ) have a curvature (R) at least on a partial region of their length between their outer end and their inner end and the curvatures of neighbouring segments (A I to V ) have different directions of curvature, wherein the individual segments have at their inner ends a larger radial distance from an axis of rotation of the wheel disc than at their outer ends, characterized in that the wheel disc in its transition region has a variable material thickness, and wherein the ratios of the material thicknesses of the individual segments at their respective inner ends to their respective outer ends and the ratio of their lengths (La) in the axial direction of the wheel disc to their heights (Hr) in the radial direction are chosen as follows: Material thickness of inner end (di) Material thickness of outer end (da) Length in axial direction (L a ) Height in radial direction (H r ) Segment A I (between hub fitting 0.45 - 0.7 0.9 - 1.1 flange and segment A II ) Segment A II (between A I and A III 0.7 - 1.0 1.6 - 1.9 Segment A III (between A II and A IV ) 0.9 - 1.25 2.5 - 2.8 Segment A IV (between A III and A V ) 0.9 - 1.25 2.8 - 3.1 Segment A V (between A IV and disc edge) 0.7 - 1.15 6.0 - 6.8
A replaceable liquid storage device that is connectable to an atomizing assembly , the interior of the liquid storage device being configured to store e-liquid, wherein the liquid storage device has an open end on which are provided a seal having a liquid outlet and a rotary component which abuts the seal ; wherein a connection ring is fixedly fitted onto the open end , the rotary component is received in the connection ring so as to be capable of relative rotation, wherein on an inner wall of the connection ring guide slots for engaging with protruding engagers of a connection part of the atomizing assembly are provided so that when the liquid storage device is not connected to the atomizing assembly , the rotary component blocks the liquid outlet so as to seal e-liquid inside; when the liquid storage device is connected to the atomizing assembly , the rotary component can rotate and open the liquid outlet .
A guide extension catheter , comprising: a proximal member having a proximal outer diameter, wherein the proximal member takes the form of a tether wire; a removable stiffening member disposed adjacent to the proximal member , wherein the stiffening member includes a tube; and a distal sheath member attached to the proximal member , the distal sheath member having a distal outer diameter greater than the proximal outer diameter. a proximal member having a proximal outer diameter, wherein the proximal member takes the form of a tether wire; a removable stiffening member disposed adjacent to the proximal member , wherein the stiffening member includes a tube; and a distal sheath member attached to the proximal member , the distal sheath member having a distal outer diameter greater than the proximal outer diameter.
A method for the automated decoration of a building board, comprising at least one smoothing compound layer and preferably at least one colour coat, comprising the steps of smoothing and decorating the building board, wherein the smoothing of the building board includes at least the following steps: - calibrating the building board to a nominal thickness, so that a surface of the building board has a height difference over an entire area of the surface of the building board of at most 1 mm - applying a first layer of a smoothing compound on the surface of the building board - pressing the smoothing compound into the surface structures of the building board - recalibrating to the nominal thickness of the building board; wherein a gypsum-bound building board, a cement-bound fibreboard or a mineral fibreboard is used as the building board and characterized in that a UV-light curable smoothing compound is used for the smoothing compound application. - calibrating the building board to a nominal thickness, so that a surface of the building board has a height difference over an entire area of the surface of the building board of at most 1 mm - applying a first layer of a smoothing compound on the surface of the building board - pressing the smoothing compound into the surface structures of the building board - recalibrating to the nominal thickness of the building board;
An elevator system in which a belt-type suspension means is guided over at least one pulley , characterized in that a contact surface of the pulley has an anisotropic structure for interacting with the belt-type suspension means , wherein a friction coefficient between suspension means and contact surface in a circumferential direction of the pulley is greater than a friction coefficient between suspension means and contact surface in an axial direction of the pulley .
A mobile telecommunications network including a core and a radio access network having radio means for wireless communication with mobile terminals registered with the network, wherein the radio access network includes control means , characterised in that the control means is operable to control the transfer of data between the mobile terminals and a plurality of distributed data stores, wherein the control means is operable to temporarily store data transmitted from the mobile terminals at the radio means or at the control means , for subsequent transmission to the distributed data stores, wherein the plurality of distributed data stores are at different geographical locations, wherein the control means is operable to control on which of the distributed data stores the data are stored based upon user defined criteria and/or network operator defined criteria and/or criteria defined by the control means , and wherein the control means is operable to predict at least one of the future location of the terminals , radio performance and radio capacity, and to control when uplink data is transmitted to one of the distributed data stores by the terminal in dependence upon the prediction.
An icebreaking vessel having a wide bow section and a narrower stern section , and between the wide bow section and the narrower stern section of the vessel, on each side of the vessel there are downwards breaking reamers (23a and 23b) with inclined surfaces rising astern and up, which break up the edges of the ice lane when the icebreaker proceeds stern ahead, characterized in that , in connection with the inclined icebreaking surfaces of the reamers located at each side of the icebreaking vessel , there are propellers for the propulsion of the vessel positioned at the sides of the vessel in the area of the reamers .
Vehicle with a crew compartment and a drive unit, wherein the vehicle is designed to be submersible, wherein the drive unit takes air from the crew compartment for operation, with a hatch which forms the access of the vehicle to the crew compartment, wherein an interface is present, by means of which a main shaft can be connected to the hatch in a watertight manner, characterized in that a flange is arranged on the vehicle , by means of which a safety shaft can be connected in a watertight manner, and wherein the flange is arranged at the interface .
A method of wireless communication performed by a user equipment, UE , comprising: determining that an uplink communication of the UE has been cancelled, wherein the uplink communication includes a channel state information, CSI, report, and wherein a set of CSI processing units of the UE are occupied for calculating CSI for the CSI report; and maintaining the set of CSI processing units as occupied until a last symbol for the CSI report. determining that an uplink communication of the UE has been cancelled, wherein the uplink communication includes a channel state information, CSI, report, and wherein a set of CSI processing units of the UE are occupied for calculating CSI for the CSI report; and maintaining the set of CSI processing units as occupied until a last symbol for the CSI report.
A method for positioning a calibration fixture relative to a vehicle during a vehicle service procedure, said method comprising: establishing an axis (X) along which said calibration fixture is to be positioned, said axis (X) being aligned relative to a feature of the vehicle ; projecting an illuminating beam of light along said established axis; identifying - along said established axis (X) - a specific location (P) on the floor for said calibration fixture ; wherein said step of identifying said specific location (P) - along said established axis (X) - includes disposing said calibration fixture at a position on a floor along said axis (X); determining a distance between said calibration fixture and a reference point associated with the vehicle ; and responsive to said determined distance altering said position on the floor of said calibration fixture - along said axis (X) - to achieve placement of said calibration fixture at said specific location (P) on the floor; and disposing said calibration fixture at said identified specific location (P) for calibration of a vehicle onboard sensor having a field of view (F) encompassing said specific location (P); said method further including coupling an optical projector to a front steerable wheel assembly of the vehicle ; projecting - from said optical projector - said illuminating beam of light; and steering said front steerable wheel assembly to align said illuminating beam of light with said established axis (X) to guide disposition of said calibration fixture along said axis (X). establishing an axis (X) along which said calibration fixture is to be positioned, said axis (X) being aligned relative to a feature of the vehicle ; projecting an illuminating beam of light along said established axis; identifying - along said established axis (X) - a specific location (P) on the floor for said calibration fixture ; wherein said step of identifying said specific location (P) - along said established axis (X) - includes disposing said calibration fixture at a position on a floor along said axis (X); determining a distance between said calibration fixture and a reference point associated with the vehicle ; and responsive to said determined distance altering said position on the floor of said calibration fixture - along said axis (X) - to achieve placement of said calibration fixture at said specific location (P) on the floor; and disposing said calibration fixture at said identified specific location (P) for calibration of a vehicle onboard sensor having a field of view (F) encompassing said specific location (P); said method further including coupling an optical projector to a front steerable wheel assembly of the vehicle ; projecting - from said optical projector - said illuminating beam of light; and steering said front steerable wheel assembly to align said illuminating beam of light with said established axis (X) to guide disposition of said calibration fixture along said axis (X).
An electric vehicle charging connector configured to interconnect three alternating current (AC) electrical cables and two higher power direct current (DC) electrical cables, comprising: three cylindrical AC terminals connected to ends of the three AC electrical cables ; a housing defining a plurality of housing terminal cavities in which the AC terminals are disposed; and a cover attached to the housing having a plurality of cover cavities that is axially aligned with the plurality of housing terminal cavities which are configured to receive the AC terminals as they are inserted within the plurality of housing terminal cavities , characterized in that it comprises furthermore two planar electrical terminals attached to the two higher power DC electrical cables received within a plurality of cover terminal cavities , wherein the two planar electrical terminals are attached to two cylindrical DC terminals disposed within the cover via a plurality of threaded fasteners, wherein one planar electrical terminal is laterally and longitudinally offset from the other planar electrical terminal , and wherein holes in the planar DC electrical terminals are keyed to the cylindrical DC terminals to assure proper alignment between the planar DC electrical terminals and the cylindrical DC terminals . three cylindrical AC terminals connected to ends of the three AC electrical cables ; a housing defining a plurality of housing terminal cavities in which the AC terminals are disposed; and a cover attached to the housing having a plurality of cover cavities that is axially aligned with the plurality of housing terminal cavities which are configured to receive the AC terminals as they are inserted within the plurality of housing terminal cavities , characterized in that it comprises furthermore two planar electrical terminals attached to the two higher power DC electrical cables received within a plurality of cover terminal cavities , wherein the two planar electrical terminals are attached to two cylindrical DC terminals disposed within the cover via a plurality of threaded fasteners, wherein one planar electrical terminal is laterally and longitudinally offset from the other planar electrical terminal , and wherein holes in the planar DC electrical terminals are keyed to the cylindrical DC terminals to assure proper alignment between the planar DC electrical terminals and the cylindrical DC terminals .
A method for performing transmission by a terminal using a grant-free resource in a wireless communication system, the method comprising: generating uplink control information, UCI; and transmitting at least one of the generated UCI and data; wherein one or more of the UCI and the data is dropped or postponed according to a relationship between a time at which the UCI is generated and a time-domain position of the grant-free resource, wherein when the time at which the UCI is generated is after an end time of the grant-free resource, either the UCI or the data to be dropped is determined further considering a latency requirement , and when the UCI corresponds to a latency requirement shorter than a preset value and there is no available resource within the latency requirement, the terminal drops the UCI. generating uplink control information, UCI; and transmitting at least one of the generated UCI and data; wherein one or more of the UCI and the data is dropped or postponed according to a relationship between a time at which the UCI is generated and a time-domain position of the grant-free resource, wherein when the time at which the UCI is generated is after an end time of the grant-free resource, either the UCI or the data to be dropped is determined further considering a latency requirement , and when the UCI corresponds to a latency requirement shorter than a preset value and there is no available resource within the latency requirement, the terminal drops the UCI.