mhurhangee/ep-ind-claims huggingface dataset:
A wire rod cooling apparatus that cools a wire rod wound in a ring shape by a wire rod winder while transferring the wire rod on a conveyor, the wire rod cooling apparatus comprising: a plurality of jet nozzles that are arranged along a width direction of the conveyor and jet coolant toward the wire rod; an imaging device that is provided on a transfer-line upstream side of a jet nozzle row composed of the plurality of jet nozzles and captures an image of the wire rod being transferred; and a control unit that extracts sparseness and denseness information and temperature information of the wire rod from the captured image, wherein the control unit is configured to control a flow rate of coolant jetted from the jet nozzles individually for each jet nozzle on the basis of the sparseness and denseness information and the temperature information of the wire rod in conformity with a timing when a specified portion corresponding to the information arrives at the jet nozzle. a plurality of jet nozzles that are arranged along a width direction of the conveyor and jet coolant toward the wire rod; an imaging device that is provided on a transfer-line upstream side of a jet nozzle row composed of the plurality of jet nozzles and captures an image of the wire rod being transferred; and a control unit that extracts sparseness and denseness information and temperature information of the wire rod from the captured image, wherein the control unit is configured to control a flow rate of coolant jetted from the jet nozzles individually for each jet nozzle on the basis of the sparseness and denseness information and the temperature information of the wire rod in conformity with a timing when a specified portion corresponding to the information arrives at the jet nozzle.
A training system (500, 600) comprising: a support section for supporting a portion of the training system (500, 600) on a surface when in use; an elongate member arranged with the support section when in use, the elongate member comprising: a first section proximate to a first end and coupled to the support section when in use; a second end opposite the first end; and a pass-under section, arranged between the first end and the second end, defined by a lower surface of the elongate member supported above the surface by a height sufficient to allow a sport-projectile to pass between the surface and the lower surface of the elongate member when in use; at least one mount (518, 602) located on the support section or the elongate member; characterized in that an adjustment surface (532, 606) supported by the mount (518, 602) when in use, the adjustment surface (532, 606), when supported by the mount (518, 602), extending away from the lower surface towards the surface over at least a portion of the pass-under section and changing a usable length of the pass-under section that the sport-projectile may pass under. a support section for supporting a portion of the training system (500, 600) on a surface when in use; an elongate member arranged with the support section when in use, the elongate member comprising: a first section proximate to a first end and coupled to the support section when in use; a second end opposite the first end; and a pass-under section, arranged between the first end and the second end, defined by a lower surface of the elongate member supported above the surface by a height sufficient to allow a sport-projectile to pass between the surface and the lower surface of the elongate member when in use; a first section proximate to a first end and coupled to the support section when in use; a second end opposite the first end; and a pass-under section, arranged between the first end and the second end, defined by a lower surface of the elongate member supported above the surface by a height sufficient to allow a sport-projectile to pass between the surface and the lower surface of the elongate member when in use; at least one mount (518, 602) located on the support section or the elongate member; characterized in that an adjustment surface (532, 606) supported by the mount (518, 602) when in use, the adjustment surface (532, 606), when supported by the mount (518, 602), extending away from the lower surface towards the surface over at least a portion of the pass-under section and changing a usable length of the pass-under section that the sport-projectile may pass under.
An apparatus for feeding a feed slurry into a particle separator, comprising: a chamber having at least one tubular baffle therein for dividing the chamber into a first zone and a second zone, the second zone being formed inside the baffle and the first zone being formed between the outside of the baffle and the chamber; a fluidisation source for feeding a fluidisation fluid into a first opening of the baffle; and a feed inlet to the chamber for feeding slurry into the first zone; characterised in that the first opening of the baffle is closest to the fluidisation source and a second opening of the baffle is closest to a part of the particle separator having inclined channels formed by a series of inclined plates; and the baffle deflects the slurry away from the second zone and directs fluidisation fluid from the fluidisation source through the first opening of the baffle, the second zone, and the second opening of the baffle to combine with the slurry from the first zone in a mixing zone provided between the second opening of the baffle and the part of the particle separator having inclined channels formed by a series of inclined plates. a chamber having at least one tubular baffle therein for dividing the chamber into a first zone and a second zone, the second zone being formed inside the baffle and the first zone being formed between the outside of the baffle and the chamber; a fluidisation source for feeding a fluidisation fluid into a first opening of the baffle; and a feed inlet to the chamber for feeding slurry into the first zone; characterised in that the first opening of the baffle is closest to the fluidisation source and a second opening of the baffle is closest to a part of the particle separator having inclined channels formed by a series of inclined plates; and the baffle deflects the slurry away from the second zone and directs fluidisation fluid from the fluidisation source through the first opening of the baffle, the second zone, and the second opening of the baffle to combine with the slurry from the first zone in a mixing zone provided between the second opening of the baffle and the part of the particle separator having inclined channels formed by a series of inclined plates.
A driver assistance apparatus for installation in a motor vehicle, the apparatus including a safety electronic control unit ("ECU"), the safety ECU including operating instructions stored thereon that dictate the operation of the safety ECU, the safety ECU further including: a verified hash storage means for storing a verified hash value of at least a portion of the operating instructions; the safety ECU being configured to implement a verification routine, the verification routine including: calculating, using a hash function, a test hash value of the at least a portion of the operating instructions; comparing the test hash value with the verified hash value, and if the test hash value is not equal to the verified hash value, performing a safety routine, wherein the verified hash value is encrypted on the verified hash storage means and wherein comparing the test hash value with a verified hash value includes decrypting the verified hash value. a verified hash storage means for storing a verified hash value of at least a portion of the operating instructions; the safety ECU being configured to implement a verification routine, the verification routine including: calculating, using a hash function, a test hash value of the at least a portion of the operating instructions; comparing the test hash value with the verified hash value, and if the test hash value is not equal to the verified hash value, performing a safety routine, wherein the verified hash value is encrypted on the verified hash storage means and wherein comparing the test hash value with a verified hash value includes decrypting the verified hash value. calculating, using a hash function, a test hash value of the at least a portion of the operating instructions; comparing the test hash value with the verified hash value, and if the test hash value is not equal to the verified hash value, performing a safety routine, wherein the verified hash value is encrypted on the verified hash storage means and wherein comparing the test hash value with a verified hash value includes decrypting the verified hash value.
A wireless communication method, comprising determining, by a terminal device, a quantity K of demodulation reference signal, DMRS, sequences corresponding to a DMRS port and a physical resource occupied by each DMRS sequence in the K DMRS sequences, wherein K is a positive integer; and sending, on the determined physical resource occupied by each DMRS sequence, each DMRS sequence to a network device using the DMRS port; wherein, when a value of K is greater than 1, each DMRS sequence in the K DMRS sequences occupies, in at least one orthogonal frequency division multiplexing, OFDM, symbol, different sub-carriers in a same frequency domain bandwidth respectively, and a sub-carrier occupied by an m th DMRS sequence in the K DMRS sequences is: an (m+iK) th sub-carrier in the frequency domain bandwidth, wherein i = 0,1... └ ( S - m)/ K ┘, and S is a quantity of sub-carriers comprised in the frequency domain bandwidth; wherein, the determining, by a terminal device, a quantity K of demodulation reference signal, DMRS, sequences corresponding to a DMRS port, comprises: determining, by the terminal device, the quantity K of the DMRS sequences corresponding to the DMRS port according to a multiple access mode used in sending the DMRS sequences using the DMRS port, wherein the K DMRS sequences comprise a first DMRS sequence and a second DMRS sequence, the first DMRS sequence sent in a first multiple access mode using the DMRS port occupies a same physical resource and/or uses a same root sequence as the second DMRS sequence sent in a second multiple access mode using the DMRS port. determining, by a terminal device, a quantity K of demodulation reference signal, DMRS, sequences corresponding to a DMRS port and a physical resource occupied by each DMRS sequence in the K DMRS sequences, wherein K is a positive integer; and sending, on the determined physical resource occupied by each DMRS sequence, each DMRS sequence to a network device using the DMRS port; wherein, when a value of K is greater than 1, each DMRS sequence in the K DMRS sequences occupies, in at least one orthogonal frequency division multiplexing, OFDM, symbol, different sub-carriers in a same frequency domain bandwidth respectively, and a sub-carrier occupied by an m th DMRS sequence in the K DMRS sequences is: an (m+iK) th sub-carrier in the frequency domain bandwidth, wherein i = 0,1... └ ( S - m)/ K ┘, and S is a quantity of sub-carriers comprised in the frequency domain bandwidth; wherein, the determining, by a terminal device, a quantity K of demodulation reference signal, DMRS, sequences corresponding to a DMRS port, comprises: determining, by the terminal device, the quantity K of the DMRS sequences corresponding to the DMRS port according to a multiple access mode used in sending the DMRS sequences using the DMRS port, wherein the K DMRS sequences comprise a first DMRS sequence and a second DMRS sequence, the first DMRS sequence sent in a first multiple access mode using the DMRS port occupies a same physical resource and/or uses a same root sequence as the second DMRS sequence sent in a second multiple access mode using the DMRS port.
An electronic key registration system comprising: an electronic key device having a key ID unique to the electronic key device; a controller having a first piece of information, wherein the controller is configured to be arranged in a communication subject; and a registration tool having a second piece of information, wherein the registration tool is configured to write the key ID to the controller, wherein encrypted communication between the communication subject and the electronic key device is enabled after electronic key registration, one or both of the controller and the registration tool is configured to compare, before electronic key registration, the first piece of information, which is stored in the controller, and the second piece of information, which is stored in the registration tool, the controller is configured to permit electronic key registration when the comparison indicates that the first piece of information and the second piece of information conform to each other, and the controller is configured to prohibit the electronic key registration when the comparison indicates that the first piece of information and the second piece of information do not conform to each other, characterized in that the controller is configured to store in advance a registration tool ID as the first piece of information that is set in correspondence with where the electronic key device is registered. an electronic key device having a key ID unique to the electronic key device; a controller having a first piece of information, wherein the controller is configured to be arranged in a communication subject; and a registration tool having a second piece of information, wherein the registration tool is configured to write the key ID to the controller, wherein encrypted communication between the communication subject and the electronic key device is enabled after electronic key registration, one or both of the controller and the registration tool is configured to compare, before electronic key registration, the first piece of information, which is stored in the controller, and the second piece of information, which is stored in the registration tool, the controller is configured to permit electronic key registration when the comparison indicates that the first piece of information and the second piece of information conform to each other, and the controller is configured to prohibit the electronic key registration when the comparison indicates that the first piece of information and the second piece of information do not conform to each other, characterized in that the controller is configured to store in advance a registration tool ID as the first piece of information that is set in correspondence with where the electronic key device is registered.
An apparatus for controlling the stability of a local distribution grid, with - a plurality of outlets (4, 4 1, 4 2,..., 4 M) wherein each outlet (4, 4 1, 4 2,..., 4 M) comprises at least one consumer load and/or at least one decentralized power generation plant; - a busbar, which connects the outlets (4, 4 1, 4 2,..., 4 M) with each other; - a regulatable local distribution transformer, which is also connected with the busbar via an electric line, by means of which a voltage measurement for the local distribution grid is provided; - an on-load tap changer for the adjustment of an output voltage of the local distribution transformer; - wherein a device for current measurement, which is connected with at least one of the plurality of outlets (4, 4 1, 4 2,..., 4 M), and a device for voltage measurement, which device is connected with the busbar are integrated in a transformer housing characterized in that - of the outlets (4, 4 1, 4 2,..., 4 M), only critical outlets (4 2, 4 3) are connected with the device for current measurement. - a plurality of outlets (4, 4 1, 4 2,..., 4 M) wherein each outlet (4, 4 1, 4 2,..., 4 M) comprises at least one consumer load and/or at least one decentralized power generation plant; - a busbar, which connects the outlets (4, 4 1, 4 2,..., 4 M) with each other; - a regulatable local distribution transformer, which is also connected with the busbar via an electric line, by means of which a voltage measurement for the local distribution grid is provided; - an on-load tap changer for the adjustment of an output voltage of the local distribution transformer; - wherein a device for current measurement, which is connected with at least one of the plurality of outlets (4, 4 1, 4 2,..., 4 M), and a device for voltage measurement, which device is connected with the busbar are integrated in a transformer housing characterized in that - of the outlets (4, 4 1, 4 2,..., 4 M), only critical outlets (4 2, 4 3) are connected with the device for current measurement.
Pneumatic vehicle tyre having side walls and having a tread and having at least one hatching area on at least one of the side walls and/or on the tread, wherein the hatching area has mutually adjacently arranged hatching elements, wherein each hatching element has a hatching rib, wherein each hatching element has short transverse elevations, which cross the hatching rib in crossing regions, characterized in that the short transverse elevations cross in each case exactly one hatching rib, and in that the hatching ribs of the hatching elements are arranged with a spacing of 0.4 mm to 1.0 mm. each hatching element has short transverse elevations, which cross the hatching rib in crossing regions, characterized in that the short transverse elevations cross in each case exactly one hatching rib, and in that the hatching ribs of the hatching elements are arranged with a spacing of 0.4 mm to 1.0 mm.
Composition containing an isocyanate component A) comprising at least one cycloaliphatic or araliphatic diisocyanate, a polyol component B) comprising at least one polyol having an OH number of 80 to 1000 mg KOH/g, an additive component C) comprising at least one internal demoulding agent, wherein the demoulding agent is at least one mono- and/or dialkyl phosphate having 8 to 12 carbon atoms in the alkyl radical, and a catalyst component D) comprising at least one inorganic metal complex compound as a thermolatent catalyst, characterized in that the thermolatent catalyst has a quotient of the reaction rates between catalysed reaction and uncatalysed reaction of ≤ 5.0 at 30°C and of ≥ 1.1 at 60°C, wherein said quotient is determined in a model reaction between a hexamethylene diisocyanate-based isocyanurate and 2-ethylhexanol performed in a dry nitrogen atmosphere, in which isocyanate groups and hydroxyl groups are present in an equimolar ratio; the catalyst concentration is between 160 and 200 μmol of metal atom per kg of polyisocyanate; and the concentration of the isocyanate groups is determined according to DIN 53 185 at the time of mixing and after 2 hours at 30°C. isocyanate component A) comprising at least one cycloaliphatic or araliphatic diisocyanate, a polyol component B) comprising at least one polyol having an OH number of 80 to 1000 mg KOH/g, an additive component C) comprising at least one internal demoulding agent, wherein the demoulding agent is at least one mono- and/or dialkyl phosphate having 8 to 12 carbon atoms in the alkyl radical, and a catalyst component D) comprising at least one inorganic metal complex compound as a thermolatent catalyst, characterized in that the thermolatent catalyst has a quotient of the reaction rates between catalysed reaction and uncatalysed reaction of ≤ 5.0 at 30°C and of ≥ 1.1 at 60°C, wherein said quotient is determined in a model reaction between a hexamethylene diisocyanate-based isocyanurate and 2-ethylhexanol performed in a dry nitrogen atmosphere, in which isocyanate groups and hydroxyl groups are present in an equimolar ratio; the catalyst concentration is between 160 and 200 μmol of metal atom per kg of polyisocyanate; and the concentration of the isocyanate groups is determined according to DIN 53 185 at the time of mixing and after 2 hours at 30°C.
Vehicle with a seat belt device for a rear seat assembly of the vehicle, with a belt-guiding part for deflecting the seat belt to a belt retractor, which is mounted together with the belt-guiding part onto the vehicle body shell in the rear loading compartment, characterized in that the belt-guiding part and a holder for a mesh partition cassette are combined to form a joint constructional unit which is mounted onto the vehicle body shell via a joint connection.
An encoding apparatus comprising: a packet processor structured to perform operations on an information packet sequence having a predetermined size, the operations comprising: (i) putting a plurality of information packets into one information packet; (ii) dividing each information packet into a plurality of sub-packets; and (iii) keeping a size of each information packet unchanged; an error correcting encoder structured to perform an error correcting encoding on the information packet sequence or the plurality of sub-packets processed by the packet processor, in accordance with a coding rate selected from a plurality of coding rates, to generate one or more parity packets; and an outputting section structured to output the information packet sequence or the plurality of sub-packets processed by the packet processor and the one or more parity packets as an error correcting codeword, characterized in that each packet and sub-packet, when the operation (ii) is performed, includes control information, wherein said control information includes information on the coding rate; and a processed unit of the error correcting encoding is a packet or a sub-packet. a packet processor structured to perform operations on an information packet sequence having a predetermined size, the operations comprising: (i) putting a plurality of information packets into one information packet; (ii) dividing each information packet into a plurality of sub-packets; and (iii) keeping a size of each information packet unchanged; (i) putting a plurality of information packets into one information packet; (ii) dividing each information packet into a plurality of sub-packets; and (iii) keeping a size of each information packet unchanged; an error correcting encoder structured to perform an error correcting encoding on the information packet sequence or the plurality of sub-packets processed by the packet processor, in accordance with a coding rate selected from a plurality of coding rates, to generate one or more parity packets; and an outputting section structured to output the information packet sequence or the plurality of sub-packets processed by the packet processor and the one or more parity packets as an error correcting codeword, characterized in that each packet and sub-packet, when the operation (ii) is performed, includes control information, wherein said control information includes information on the coding rate; and a processed unit of the error correcting encoding is a packet or a sub-packet.