mhurhangee/patent-ind-claim-en huggingface dataset:
A server , comprising: a processor configured to: receive a network connection establishment request from a network user equipment, UE , to establish a Transmission Control Protocol, TCP, connection or a user datagram protocol, UDP, connection; analyze the network connection establishment request to extract TCP initial sequence numbers, ISNs, or a quick user datagram protocol, QUIC, connection identifier, ID; and send a message comprising the QUIC connection ID or at least one of the TCP ISNs to a Quality of Experience helper node, QoEHN, with instructions to control the TCP connection or the UDP connection between the server and the network UE , wherein the control of the TCP connection or the UDP connection between the server and the network UE comprises matching packet source and destination addresses and ports to the at least one TCP ISNs or the QUIC connection ID and controlling the TCP connection or the UDP connection according to the outcome of the match. receive a network connection establishment request from a network user equipment, UE , to establish a Transmission Control Protocol, TCP, connection or a user datagram protocol, UDP, connection; analyze the network connection establishment request to extract TCP initial sequence numbers, ISNs, or a quick user datagram protocol, QUIC, connection identifier, ID; and send a message comprising the QUIC connection ID or at least one of the TCP ISNs to a Quality of Experience helper node, QoEHN, with instructions to control the TCP connection or the UDP connection between the server and the network UE , wherein the control of the TCP connection or the UDP connection between the server and the network UE comprises matching packet source and destination addresses and ports to the at least one TCP ISNs or the QUIC connection ID and controlling the TCP connection or the UDP connection according to the outcome of the match.
A computer implemented method comprising: receiving , by a first network based marketplace web site from a user on a computing device accessing the first network based marketplace web site , a request to submit a new review of a product to the first network based marketplace web site ; determining , by the first network based marketplace web site , that the user has previously submitted a review of the product on one or more other network based marketplace web sites different from the first network based marketplace web site; and based on the determining that the user has previously submitted the review of the product on the one or more other network based marketplace web sites , preventing , by the first network based marketplace web site , the user from submitting the new review of the product to the first network based marketplace web site ; wherein the first network based marketplace web site adopts reviews submitted by users of, and stored at, the one or more other network based marketplace web sites for the same products listed on the first network based marketplace web site and the one or more other network based marketplace web sites , and the one or more other network based marketplace web sites adopt reviews submitted by users of, and stored at, the first network based marketplace web site for the same products listed on the first network based marketplace web site and the one or more other network based marketplace web sites . receiving , by a first network based marketplace web site from a user on a computing device accessing the first network based marketplace web site , a request to submit a new review of a product to the first network based marketplace web site ; determining , by the first network based marketplace web site , that the user has previously submitted a review of the product on one or more other network based marketplace web sites different from the first network based marketplace web site; and based on the determining that the user has previously submitted the review of the product on the one or more other network based marketplace web sites , preventing , by the first network based marketplace web site , the user from submitting the new review of the product to the first network based marketplace web site ; wherein the first network based marketplace web site adopts reviews submitted by users of, and stored at, the one or more other network based marketplace web sites for the same products listed on the first network based marketplace web site and the one or more other network based marketplace web sites , and the one or more other network based marketplace web sites adopt reviews submitted by users of, and stored at, the first network based marketplace web site for the same products listed on the first network based marketplace web site and the one or more other network based marketplace web sites .
Safety belt device for a vehicle, comprising a belt force limiting unit and a buckle which cooperate therewith and through which a wire cable loop is guided that transitions into wire cable segments that are guided out of the buckle and extend to a cable deflection , at which they are deflected around at least one deflection axis in the direction toward the belt force limiting unit , wherein the buckle is rotated about a buckle axis so that the wire cable loop guided through the buckle is oriented with its loop opening open in the axial direction with respect to the deflection axis , wherein the wire cable segment facing the belt force limiting unit is deflected at a first deflection contour of the cable deflection and the wire cable segment facing away from the belt force limiting unit is deflected at a second deflection contour of the cable deflection , wherein the first and second deflection contours are offset from one another in the axial direction of the deflection axis , and wherein in the event of a belt force limitation, the wire cable segments exert a torsional moment (M T ) on the buckle that acts counter to the buckle rotation (D) about the buckle axis , characterized in that in order to reduce the torsional moment (M T ), the first deflection contour for deflecting the wire cable segment facing the belt force limiting unit is offset with respect to the second deflection contour in the direction toward the belt force limiting unit by an offset dimension (Δx).
A method of processing enhanced physical downlink control channel, ePDCCH, information by a network node of a radio telecommunications system, the method comprising: differentiating between sets of physical resource block, PRB, pairs in an ePDCCH control region when defining blind decoding candidates (Xs) by assigning at least one blind decoding candidate (X) to each of the sets of PRB pairs in proportion to sizes of the respective sets of PRB pairs by forming an array of K columns, one for each configured set, with alternate columns representing distributed and localized sets of PRBs and assigning the blind decoding candidates for an aggregation level to the sets in a row-wise manner, wherein the sizes of the respective sets of PRB pairs comprise the quantities of PRBs in the respective sets of PRB pairs and the length of the k th column is proportional to the fraction of the total PRBs assigned to the k th set and is computed as ⌈ N k ⋅ M L / ∑ k N k ⌉ , where M L is the total number of blind decoding candidates (Xs) assigned to aggregation level L ; and scheduling a resource for a user equipment in response to differentiating between the sets of PRB pairs. differentiating between sets of physical resource block, PRB, pairs in an ePDCCH control region when defining blind decoding candidates (Xs) by assigning at least one blind decoding candidate (X) to each of the sets of PRB pairs in proportion to sizes of the respective sets of PRB pairs by forming an array of K columns, one for each configured set, with alternate columns representing distributed and localized sets of PRBs and assigning the blind decoding candidates for an aggregation level to the sets in a row-wise manner, wherein the sizes of the respective sets of PRB pairs comprise the quantities of PRBs in the respective sets of PRB pairs and the length of the k th column is proportional to the fraction of the total PRBs assigned to the k th set and is computed as ⌈ N k ⋅ M L / ∑ k N k ⌉ , where M L is the total number of blind decoding candidates (Xs) assigned to aggregation level L ; and scheduling a resource for a user equipment in response to differentiating between the sets of PRB pairs.
Method for controlling the lifting and lining unit of a switch tamping machine , which can be driven on a track , for compacting the ballast bed of a track, in particular in the region of a switch, comprising a tamping unit , a lifting and lining unit which comprises a pair of roller pincers , a lifting hook , a roller pincer closing cylinder with a closing path sensor , a lifting cylinder with a lifting force (F H ), a hook depth cylinder with a depth transducer for the lifting hook and a guiding and lining wheel for guiding the lifting and lining unit along a rail , wherein the position of switch components, such as in particular switch drive boxes , rails and a frog , is measured and intermediately stored, during advancement of the switch tamping machine , in a location-dependent manner in a transverse direction of the track with the aid of a switch component measuring system which is arranged upstream of the lifting and lining unit in the working direction (C), and wherein the position of the sleepers and of the intermediate compartments in the working direction (C) is detected and intermediately stored, characterised in that the lifting and lining unit is guided in a longitudinally displaceable manner in the longitudinal direction of the machine and comprises the switch component measuring system having switch component detection sensors , in that the detected values for the working position of the pair of roller pincers and of the lifting hook are queried, in that on the basis of these values a check is carried out to establish whether the pair of roller pincers can be used (J, M) at this working position and, if the pair of roller pincers cannot be used (J, M), a check is carried out on the basis of these values to establish whether the lifting hook can act upon the rail head and if, in turn, this is not possible, optionally the lifting hook is displaced in the longitudinal direction of the machine such that the lifting hook comes to a standstill at the rail base by an intermediate compartment , and the lifting is performed after gripping of the rail by means of the lifting and lining unit , wherein from the position of the switch components (D, K) detected by means of the switch component measuring system a gripping position for the lifting and lining unit is determined and this gripping position is automatically accessed, prior to closure of the pair of roller pincers or prior to gripping of the rail by means of the lifting hook , in particular by means of transverse displacement, longitudinal displacement and depth adjustment of the lifting and lining unit .
Method for operating an illumination device , in particular a headlight, for a road vehicle , which illumination device, in an operating mode of a predetermined light function, generates and/or emits, by means of an illumination apparatus , a total light distribution (GL) consisting of a first partial light distribution (TL1) and at least one further partial light distribution (TL2, TL3), and which illumination device can generate a high-resolution light distribution (HDL) by means of a high-resolution light module , characterized in that in the operating mode of the predetermined light function, the high-resolution light module generates a high-resolution light distribution (HDL) which at least in part has a compensation light distribution (KL), by means of which an inhomogeneity present in the total light distribution (GL), which inhomogeneity results from the superposition of these partial light distributions, is reduced and/or compensated for, a compensation pattern, which is characteristic of the compensation light distribution (KL) to be generated, being selected and/or ascertained depending on at least one position value which is characteristic of a relative arrangement of the partial light distributions (TL1, TL2) with respect to one another.
Method for manufacturing a Subscriber Identity Module (SIM) card , the method comprising the steps of - providing a tape of dielectric material having a first and a second main surfaces and a conductive layer laminated onto the first main surface , with conductive contacts formed in the conductive layer , the conductive contacts being arranged so as to form at least one pad of contacts corresponding to one SIM card delimited by a peripheral boundary ; - providing a chip and electrically connecting the chip to at least some contacts of the at least one pad of contacts ; - providing an encapsulation material on the second main surface , over the chip ; characterized in that the method comprises the steps of: - forming delimiting structures in the dielectric material in the vicinity and inside of the peripheral boundary , the delimiting structures comprising openings or embossments being arranged along a bordering line ; and - dispensing the encapsulation material over an area of the second main surface located essentially inside the bordering line along which are arranged the delimiting structures. - providing a tape of dielectric material having a first and a second main surfaces and a conductive layer laminated onto the first main surface , with conductive contacts formed in the conductive layer , the conductive contacts being arranged so as to form at least one pad of contacts corresponding to one SIM card delimited by a peripheral boundary ; - providing a chip and electrically connecting the chip to at least some contacts of the at least one pad of contacts ; - providing an encapsulation material on the second main surface , over the chip ; - forming delimiting structures in the dielectric material in the vicinity and inside of the peripheral boundary , the delimiting structures comprising openings or embossments being arranged along a bordering line ; and - dispensing the encapsulation material over an area of the second main surface located essentially inside the bordering line along which are arranged the delimiting structures.
Method for actively discharging at least one input capacitor (C1, C2, C3) of a charging device (DC) of an electric or hybrid vehicle (VEH) that can be connected to a single-phase or three-phase power supply network (RES), said device (DC) comprising said at least one input capacitor (C1, C2, C3) of a voltage rectifier stage (RED) with diodes (D1, D2, D3, D4, D5, D6) whose output is connected to the input of a voltage step-up stage (ELE) comprising switches (I7, I8, I9), a traction battery (BATT) being connected to the output of said voltage step-up stage (ELE) via relays (REL), said method being characterized in that it comprises, when said network (RES) is connected to said device (DC) and when said relays (REL) are closed, steps of: - detecting (E1) an interruption in the network power supply (RES), - commanding the switches (I7, I8, I9) of the voltage step-up stage (ELE) to open (E3), said switches (I7, I8, I9) being held open at least until the diodes (D1, D2, D3, D4, D5, D6) of said rectifier stage (RED) are blocked, - switching (E4) the switches (I7, I8, I9) of the voltage step-up stage (ELE) until the voltage level of said at least one capacitor (C1, C2, C3) is below a predetermined voltage threshold. - detecting (E1) an interruption in the network power supply (RES), - commanding the switches (I7, I8, I9) of the voltage step-up stage (ELE) to open (E3), said switches (I7, I8, I9) being held open at least until the diodes (D1, D2, D3, D4, D5, D6) of said rectifier stage (RED) are blocked, - switching (E4) the switches (I7, I8, I9) of the voltage step-up stage (ELE) until the voltage level of said at least one capacitor (C1, C2, C3) is below a predetermined voltage threshold.
A photosensitive resin composition, comprising: a heterocyclic ring-containing polymer precursor; a thermal-base generator; an organic compound containing a Group 4 element; and an oxime compound as a photo-radical polymerization initiator. a heterocyclic ring-containing polymer precursor; a thermal-base generator; an organic compound containing a Group 4 element; and an oxime compound as a photo-radical polymerization initiator.
A wireless communication method, comprising transmitting , by a network element that is a session management function, SMF, or a gateway, a N2 session request to a base station in a next generation radio access network, NG-RAN, via an access and mobility control function, AMF, wherein the N2 session request includes a Quality of Service, QoS, profile associated with a session establishment for Internet Protocol multimedia subsystem, IMS, voice; receiving , by said network element, information carried in a session response that is transmitted from said base station over an N2 interface via said AMF, wherein the session response indicates a handover of a session establishment for Internet Protocol multimedia subsystem IMS, voice to a node or a network that provides Long Term Evolution, LTE, communications; initiating , by the network element, a bearer establishment or a Quality of Service, QoS, flow establishment after the handover is completed.
Form-fitting overrunning clutch with an outer ring which has a latching contour and with an inner ring which is arranged concentrically with respect to the outer ring , the inner ring having a pawl which is provided for engagement into the latching contour , the pawl being connected movably to the inner ring and being configured in one piece with the inner ring , characterized in that the inner ring has a reinforcing profile for increasing a torque which can be transmitted, the reinforcing profile being supported against a counter-profile configured on the pawl when the overrunning clutch is actuated on the outer ring in the locking direction (SR).
Free-radical-hardenable synthetic resin fixing systems which include one or more reactive diluents selected from free-radical-hardenable oligoalkylene glycol di(meth)acrylates, characterised in that a) the said free-radical-hardenable oligoalkylene glycol di(meth)acrylates are those of the formula I, wherein the radicals R independently of one another denote C 1 -C 7 alkyl, especially methyl, and wherein n denotes on average from 4.2 to 7, or b) the said reactive diluents in the form of free-radical-hardenable oligoalkylene glycol di(meth)acrylates are those selected from oligoalkylene glycol di(meth)acrylates having on average more than two alkylene glycol units per molecule and from alkoxylated tri-, tetra- and penta-methacrylates, and the synthetic resin fixing systems are based on reactive synthetic resins selected from those of the formula wherein a and b each independently of the other denote a number greater than or equal to 0, with the proviso that preferably at least one of the values is greater than 0; and from urethane (meth)acrylates which result from the reaction of a prelengthened monomeric di- or poly-isocyanate and/or from the reaction of a polymeric di- or poly-isocyanate with hydroxylethyl- or hydroxypropyl-(meth)acrylate. a) the said free-radical-hardenable oligoalkylene glycol di(meth)acrylates are those of the formula I, wherein the radicals R independently of one another denote C 1 -C 7 alkyl, especially methyl, and wherein n denotes on average from 4.2 to 7, or b) the said reactive diluents in the form of free-radical-hardenable oligoalkylene glycol di(meth)acrylates are those selected from oligoalkylene glycol di(meth)acrylates having on average more than two alkylene glycol units per molecule and from alkoxylated tri-, tetra- and penta-methacrylates, and the synthetic resin fixing systems are based on reactive synthetic resins selected from those of the formula wherein a and b each independently of the other denote a number greater than or equal to 0, with the proviso that preferably at least one of the values is greater than 0; and from urethane (meth)acrylates which result from the reaction of a prelengthened monomeric di- or poly-isocyanate and/or from the reaction of a polymeric di- or poly-isocyanate with hydroxylethyl- or hydroxypropyl-(meth)acrylate.
A spray arm assembly of a dishwasher , comprising: a fixed gear , defining a water inlet in communication with a water feeder; a main spray arm , connected to the fixed gear and pivotable about a central axis of the fixed gear , defining a first spray lumen in communication with the water inlet , and having an outer surface defining a thrust aperture and a plurality of first spray apertures both in communication with the first spray lumen ; a moving gear , connected to the main spray arm , engaged with the fixed gear , and pivotable on its own central axis and about the central axis of the fixed gear ; and an auxiliary spray arm , detachably connected to the moving gear and synchronously moving along with the moving gear , defining a second spray lumen in communication with the water inlet , and having an outer circumferential surface defining a plurality of second spray apertures in communication with the second spray lumen ; the spray arm assembly being characterised in that the moving gear is connected to the auxiliary spray arm by means of threaded connection or snapping connection. a fixed gear , defining a water inlet in communication with a water feeder; a main spray arm , connected to the fixed gear and pivotable about a central axis of the fixed gear , defining a first spray lumen in communication with the water inlet , and having an outer surface defining a thrust aperture and a plurality of first spray apertures both in communication with the first spray lumen ; a moving gear , connected to the main spray arm , engaged with the fixed gear , and pivotable on its own central axis and about the central axis of the fixed gear ; and an auxiliary spray arm , detachably connected to the moving gear and synchronously moving along with the moving gear , defining a second spray lumen in communication with the water inlet , and having an outer circumferential surface defining a plurality of second spray apertures in communication with the second spray lumen ; the spray arm assembly being characterised in that the moving gear is connected to the auxiliary spray arm by means of threaded connection or snapping connection.