mhurhangee/ep-ind-claims huggingface dataset:
A method for checking at least one press strip in terms of the respective strip width thereof, wherein the relevant press strip is formed by two rotational bodies arranged against each another in a printing unit (05; 06), wherein at least one first rotational body is positioned against a second rotational body, wherein at least the at least one first rotational body bears an ink on its lateral surface, wherein the respective color-bearing first rotational body during the idle state of the relevant second rotational body forms a color strip in the region of the respective press strip on the lateral surface of this second rotational body, wherein each first rotational body is moved away from the lateral surface of the relevant second rotational body and the second rotational body is set in rotation, wherein in each case a printing form cylinder bearing at least one print form is used as the respective second rotational body, wherein an image of the respective color strip is created with an optoelectronic device arranged in the rotary printing press, wherein the image of the respective color strip is created in that a) the respective color strip formed on the lateral surface of the second rotational body is in each case photographically recorded by an optoelectronic device directed towards the lateral surface of this second rotational body or that b) the respective color strip formed on the lateral surface of the second rotational body and transferred to a substrate by means of a third rotational body positioned on said second rotational body is in each case photographically recorded by an optoelectronic device directed towards said substrate, wherein a transfer cylinder of the printing unit (05; 06) is used as the third rotational body placed against the second rotational body, characterized in that a) the optoelectronic device is designed as a camera of a printing plate detection system arranged in the rotary printing press or that (b) the optoelectronic device is designed as a camera of an in-line inspection system arranged in the rotary printing press, wherein in each case a multiple use of the respective optoelectronic device arranged in the rotary printing press occurs. a) the respective color strip formed on the lateral surface of the second rotational body is in each case photographically recorded by an optoelectronic device directed towards the lateral surface of this second rotational body or that b) the respective color strip formed on the lateral surface of the second rotational body and transferred to a substrate by means of a third rotational body positioned on said second rotational body is in each case photographically recorded by an optoelectronic device directed towards said substrate, wherein a transfer cylinder of the printing unit (05; 06) is used as the third rotational body placed against the second rotational body,
An electrical device with a housing and a cover which can be placed on the housing, wherein a sealing element which is arranged between the housing and the cover is arranged in an indentation of the housing, in particular of the wall of the housing, wherein the sealing element has a cutout for a cable to pass through, wherein the cable is laid in a curved groove of the housing, in particular of the wall of the housing, characterised in that the housing has a claw portion (4, 5) which hooks and/or cuts into the shielding of the cable.
System for driving a cabin of an elevator without counterweight, comprising at least one suspension belt (5, 6) for said cabin and a plurality of pulleys, wherein said at least one belt is wound around said pulleys, said pulleys being arranged in stationary sets of pulleys and mobile sets of pulleys, each set of pulleys comprising substantially coplanar pulleys with parallel rotation axes, said driving system comprising at least one adjustment group for adjusting the tension of said. at least one belt, said adjustment group being associated to a stationary set of pulleys, and comprising an anchoring part and a pulley-carrying element which supports said stationary set of pulleys, and means for the fine adjustment of a vertical distance (d) between said pulley-carrying element and said anchoring part, characterised in that said pulley-carrying element comprising a fixed point anchorage for a termination of said belt.
Single-pass printer having at least one printing module 101 for printing on a medium 103 and one pull-out system which is connectable to the printing module 101 by at least one means for coupling 105, wherein the printing module 101 comprises at least one row of nozzles and wherein the pull-out system is designed in such a manner that the printing module 101 can be displaced in the coupled state relative to a frame 107 of the single-pass printer between a retracted position and an extended position which is variably eligible, wherein the printing module 101 can be decoupled from the pull-out system at least if by means of the printing module 101 ink drops are to be printed by means of the at least one row of nozzles on a medium 103, wherein the printing module 101, while being decoupled from the pull-out system, can be kept stationary in a predetermined printing position on a mounting support 109 of the frame 107, characterized in that the pull-out system is designed in such a manner that the printing module 101 can be extended and retracted in the coupled state with the pull-out system in two opposite directions and thus two-sidedly relative to the frame 107.
A coating composition comprising: (i) a water reducible monomer modified alkyd obtained by the acidolysis of a polyalkylene terephthalate or polyalkylene napthalate and subsequent monomer modification to produce a polymer having an acid value less than 30; and (ii) a latex having an average particle size greater than 200 nm; and (iii) a small particle size latex having an average particle size less than 110 nm, wherein the particle size was measured using a Zetasizer Nano-S dynamic light scattering instrument. (i) a water reducible monomer modified alkyd obtained by the acidolysis of a polyalkylene terephthalate or polyalkylene napthalate and subsequent monomer modification to produce a polymer having an acid value less than 30; and (ii) a latex having an average particle size greater than 200 nm; and (iii) a small particle size latex having an average particle size less than 110 nm,
A method of classifying a text passage, the method comprising the steps of: a) defining a plurality of text categories; b) analysing the contents of a text passage; c) determining a similarity parameter for the text passage when compared with each of the plurality of text categories; d) if the maximum value of the similarity parameter does not satisfy a matching condition, associating the text passage with a further category; e) otherwise classifying the text passage with a trainable text classification process such that the text passage is associated with one or more of the plurality of text categories, characterised in that the method comprises the further step of: f) training the trainable text classification process using a combination of: i) one or more training samples comprising one or more words selected from a predetermined text passage, and the frequency that the one or more selected words occur within a training corpus which comprises a plurality of predetermined text passages; ii) and one or more user-specified phrases, wherein the trainable text classification process is trained prior to the execution of step e). a) defining a plurality of text categories; b) analysing the contents of a text passage; c) determining a similarity parameter for the text passage when compared with each of the plurality of text categories; d) if the maximum value of the similarity parameter does not satisfy a matching condition, associating the text passage with a further category; e) otherwise classifying the text passage with a trainable text classification process such that the text passage is associated with one or more of the plurality of text categories, i) one or more training samples comprising one or more words selected from a predetermined text passage, and the frequency that the one or more selected words occur within a training corpus which comprises a plurality of predetermined text passages; ii) and one or more user-specified phrases,
Apparatus with blow stations arranged on a blow wheel for blow moulding containers from a thermoplastic material, having a device for pneumatic control of a blow pressure, wherein the device for pneumatic control has a control piston which is guided in a cylinder and is mounted so as to be movable in the direction of a longitudinal axis of the piston, and wherein a main flow path which can be closed by the control piston extends through the cylinder, and wherein the control piston is provided with a control surface which faces a control chamber of the cylinder and is designed to transmit a control force to the control piston, wherein the control piston is constructed at least in some regions from a metal or a ceramic, characterized in that the control piston has a cavity which is executed in the interior of the control piston.
A hybrid automatic repeat request, HARQ, failure indication method, which is used in a dual-carrier system to indicate HARQ failures, wherein the method comprises: when decoding of a received enhanced dedicated transport channel, E-DCH, data frame is unsuccessful and a condition of sending an HARQ failure indication is satisfied currently, a serving node B sending an HARQ failure indication data frame to a service radio network controller, SRNC, wherein, a carrier identifier which indicates a carrier on which an HARQ failure happens is carried in the HARQ failure indication data frame; wherein the condition of sending the HARQ failure indication comprises one of: - Condition 1: an MAC-e or MAC-i protocol data unit for an HARQ process of a carrier has not yet been successfully decoded and a Retransmission Sequence Number, RSN, indicates a new MAC-e or MAC-i protocol data unit transmitted for the same HARQ process, and an HARQ retransmission number that had already occurred was equal or higher than the lowest of maximum HARQ retransmissions values for a terminal's configured MAC-d flows; - Condition 2: an MAC-e or MAC-i for an HARQ process on a carrier has not yet been successfully decoded, and maximum retransmissions for the MAC-d flow with a highest maximum HARQ retransmissions value valid for a terminal connection have occurred, or should have occurred in case the HARQ related outband signaling on an Enhanced Dedicated Transport Channel Dedicated Physical Control Channel, E-DPCCH, of a carrier could not be decoded; - Condition 3: an MAC-e or MAC-i for an HARQ process on a carrier has not yet been successfully decoded when MAC-e or MAC-i Reset is performed in the terminal. - Condition 1: an MAC-e or MAC-i protocol data unit for an HARQ process of a carrier has not yet been successfully decoded and a Retransmission Sequence Number, RSN, indicates a new MAC-e or MAC-i protocol data unit transmitted for the same HARQ process, and an HARQ retransmission number that had already occurred was equal or higher than the lowest of maximum HARQ retransmissions values for a terminal's configured MAC-d flows; - Condition 2: an MAC-e or MAC-i for an HARQ process on a carrier has not yet been successfully decoded, and maximum retransmissions for the MAC-d flow with a highest maximum HARQ retransmissions value valid for a terminal connection have occurred, or should have occurred in case the HARQ related outband signaling on an Enhanced Dedicated Transport Channel Dedicated Physical Control Channel, E-DPCCH, of a carrier could not be decoded; - Condition 3: an MAC-e or MAC-i for an HARQ process on a carrier has not yet been successfully decoded when MAC-e or MAC-i Reset is performed in the terminal.
A closed V-shaped acute-angle structure for a first wall of a divertor for tokamak fusion devices, comprising: a target; a reflector plate; and a cooling water pipe; wherein the target and the reflector plate both have a flat-plate structure, and each comprises a tungsten layer, a copper layer, a chromium-zirconium-copper layer, a stainless-steel layer and a stainless-steel cover plate connected in sequence; the chromium-zirconium-copper layer, the stainless-steel layer and the stainless-steel cover plate are combined to form a heat sink; the chromium-zirconium-copper layer and the stainless-steel layer inside the heat sink form a HyperVapotron cooling water channel; and the cooling water pipe is communicated with the HyperVapotron cooling water channel to form a cooling water channel; characterized in that the target and the reflector plate are butt welded to form the closed V-shaped acute-angle structure to allow flexible adjustment and control of plasma strike points between the target and the reflector plate, so as to enable flexible adjustment of plasma configuration. a target; a reflector plate; and a cooling water pipe; wherein the target and the reflector plate both have a flat-plate structure, and each comprises a tungsten layer, a copper layer, a chromium-zirconium-copper layer, a stainless-steel layer and a stainless-steel cover plate connected in sequence; the chromium-zirconium-copper layer, the stainless-steel layer and the stainless-steel cover plate are combined to form a heat sink; the chromium-zirconium-copper layer and the stainless-steel layer inside the heat sink form a HyperVapotron cooling water channel; and the cooling water pipe is communicated with the HyperVapotron cooling water channel to form a cooling water channel; characterized in that the target and the reflector plate are butt welded to form the closed V-shaped acute-angle structure to allow flexible adjustment and control of plasma strike points between the target and the reflector plate, so as to enable flexible adjustment of plasma configuration.
A communication method performed by a user equipment wirelessly communicating with a base station according to a 3GPP communication protocol or standard, the user equipment in an engaged mode and the method comprising: receiving, by the user equipment and from the base station, a first message that includes a set of common search space configuration parameters for the user equipment to receive an other system information block, the first message further including an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1; configuring, by the user equipment, a wireless transceiver (206, 208) of the user equipment to monitor a common search space for the other system information block in accordance with the set of common search space configuration parameters; receiving, by the user equipment and from the base station, a second message that includes the other system information block, the second message received through monitoring the common search space; and receiving, by the user equipment and from the base station, additional messages in accordance with system information parameters acquired from the other system information block. receiving, by the user equipment and from the base station, a first message that includes a set of common search space configuration parameters for the user equipment to receive an other system information block, the first message further including an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1; configuring, by the user equipment, a wireless transceiver (206, 208) of the user equipment to monitor a common search space for the other system information block in accordance with the set of common search space configuration parameters; receiving, by the user equipment and from the base station, a second message that includes the other system information block, the second message received through monitoring the common search space; and receiving, by the user equipment and from the base station, additional messages in accordance with system information parameters acquired from the other system information block.
A method comprising: receiving a value corresponding to a physical variation of a device; receiving helper data associated with the physical variation of the device, wherein the helper data is generated from a resulting code word basis in combination with the value corresponding to a physical variation of a device, wherein the resulting code word basis is selected from an available code word basis based on target data and random numbers; generating a result data based on a combination of the value corresponding to the physical variation of the device and the helper data; performing, by a processing device, an error correction operation on the result data to identify one or more code words associated with the error correction operation; and generating a target data based on the one or more code words. receiving a value corresponding to a physical variation of a device; receiving helper data associated with the physical variation of the device, wherein the helper data is generated from a resulting code word basis in combination with the value corresponding to a physical variation of a device, wherein the resulting code word basis is selected from an available code word basis based on target data and random numbers; generating a result data based on a combination of the value corresponding to the physical variation of the device and the helper data; performing, by a processing device, an error correction operation on the result data to identify one or more code words associated with the error correction operation; and generating a target data based on the one or more code words.
Method of adaption of a medical imaging process to an individual respiration behaviour of a patient, the medical imaging process being a CT scan process, the method comprising the steps of: - recording a respiratory movement of a patient by monitoring a respiratory surrogate, - adapting the medical imaging process based on the recorded respiratory movement of the patient, wherein the adaption is performed in the scan phase of the medical imaging process, - characterised in that during the scan phase, it is determined whether the patient holds his breath properly, and in case the patient does not hold his breath properly, the scan process is dynamically reparametrized by increasing the pitch. - recording a respiratory movement of a patient by monitoring a respiratory surrogate, - adapting the medical imaging process based on the recorded respiratory movement of the patient, wherein the adaption is performed in the scan phase of the medical imaging process, - characterised in that during the scan phase, it is determined whether the patient holds his breath properly, and in case the patient does not hold his breath properly, the scan process is dynamically reparametrized by increasing the pitch.
A power flow control system insertable into a power transmission line for bypassing electrical disturbances in a power transmission line, comprising: a plurality of impedance injection units IIUs (8a-8e); and a filter network comprising: a first terminal and a second terminal that are series connectable to the power transmission line; a first circuit configured for bypassing high frequency disturbances, and comprising a first end connected to the first terminal and an opposed second end connected to the second terminal, wherein the first circuit further comprises an RC network having at least one resistor (21a, 21b) series connected with at least one capacitor, wherein the RC network is further connected in parallel with a surge arrestor and wherein the surge arrestor is connected across the first terminal and the second terminal; and a second circuit configured for carrying low frequency power, comprising a first end connected to the first terminal and an opposed second end connected to the second terminal, wherein the second circuit further comprises a first plurality of inductors (23a, 23b) series-connecting the first and second terminals and the plurality of IIUs (8a-8e). a plurality of impedance injection units IIUs (8a-8e); and a filter network comprising: a first terminal and a second terminal that are series connectable to the power transmission line; a first circuit configured for bypassing high frequency disturbances, and comprising a first end connected to the first terminal and an opposed second end connected to the second terminal, wherein the first circuit further comprises an RC network having at least one resistor (21a, 21b) series connected with at least one capacitor, wherein the RC network is further connected in parallel with a surge arrestor and wherein the surge arrestor is connected across the first terminal and the second terminal; and a second circuit configured for carrying low frequency power, comprising a first end connected to the first terminal and an opposed second end connected to the second terminal, wherein the second circuit further comprises a first plurality of inductors (23a, 23b) series-connecting the first and second terminals and the plurality of IIUs (8a-8e).
A chromatographic solid support including a ligand linked to the support having the formula: or a salt thereof, wherein X is an optical spacer; R 1 and R 2 are each selected from hydrogen and an alkyl comprising 1-6 carbons; R 3 is an alkyl comprising 1-6 carbons or a cycloalkyl comprising 3-12 carbons; L is NR 4, O, or S; wherein R 4 is hydrogen or an alkyl comprising 1-6 carbons; and Ar is a monocyclic or fused bicyclic, tricyclic or greater, aromatic ring assembly containing 6 to 16 ring carbon atoms. X is an optical spacer; R 1 and R 2 are each selected from hydrogen and an alkyl comprising 1-6 carbons; R 3 is an alkyl comprising 1-6 carbons or a cycloalkyl comprising 3-12 carbons; L is NR 4, O, or S; wherein R 4 is hydrogen or an alkyl comprising 1-6 carbons; and Ar is a monocyclic or fused bicyclic, tricyclic or greater, aromatic ring assembly containing 6 to 16 ring carbon atoms.
A method in a first network element for Multiprotocol Label Switching, MPLS, fast re-route using Label Distribution Protocol, LDP, wherein the first network element is a backup shortest path merge point and is one of a plurality of network elements in an MPLS network, the method comprising the steps of: receiving a first label advertised from a second network element in the MPLS network; computing a shortest path tree, SPT, to reach a destination network element under a potential failure condition, wherein the second network element is a nexthop of the first network element in the computed SPT and is not upstream from the potential failure condition in the computed SPT; determining that a third one of the plurality of network elements is a Point of Local Repair, PLR, when the potential failure condition is realized; distributing a second label to the third network element for a backup LDP label switched path, LSP, that will serve as a backup path when the potential failure condition is realized; and installing a swap action from the second label to the first label. receiving a first label advertised from a second network element in the MPLS network; computing a shortest path tree, SPT, to reach a destination network element under a potential failure condition, wherein the second network element is a nexthop of the first network element in the computed SPT and is not upstream from the potential failure condition in the computed SPT; determining that a third one of the plurality of network elements is a Point of Local Repair, PLR, when the potential failure condition is realized; distributing a second label to the third network element for a backup LDP label switched path, LSP, that will serve as a backup path when the potential failure condition is realized; and installing a swap action from the second label to the first label.