mhurhangee/ep-ind-claims huggingface dataset:
Aircraft passenger reading light, which is operable in at least two predetermined configurations, the aircraft passenger reading light comprising: a housing; a light source, configured for providing a light output; an optical element; and an actuation mechanism, which is configured to modify a distance between the light source and the optical element; wherein the distance between the light source and the optical element differs in the at least two predetermined configurations and wherein a spatial extension of the illumination, which results from the light output of the light source and the optical element, differs in the at least two predetermined configurations; characterized in that the aircraft passenger reading light further comprises: a support structure of the light source; and at least one longitudinal guide member; and at least one corresponding guiding structure, provided at the optical element and/or at the support structure of the light source, for guiding the optical element and/or the support structure of the light source along the at least one longitudinal guide member and for preventing the optical element and/or the light source from rotating; and in that the actuation mechanism includes an actuation member, which is rotatable with respect to the housing; wherein the actuation member is mechanically coupled with the optical element and/or with the light source, such that rotation of the actuation member modifies the distance between the light source and the optical element. a housing; a light source, configured for providing a light output; an optical element; and an actuation mechanism, which is configured to modify a distance between the light source and the optical element; wherein the distance between the light source and the optical element differs in the at least two predetermined configurations and wherein a spatial extension of the illumination, which results from the light output of the light source and the optical element, differs in the at least two predetermined configurations; characterized in that the aircraft passenger reading light further comprises: a support structure of the light source; and at least one longitudinal guide member; and at least one corresponding guiding structure, provided at the optical element and/or at the support structure of the light source, for guiding the optical element and/or the support structure of the light source along the at least one longitudinal guide member and for preventing the optical element and/or the light source from rotating; and in that the actuation mechanism includes an actuation member, which is rotatable with respect to the housing; wherein the actuation member is mechanically coupled with the optical element and/or with the light source, such that rotation of the actuation member modifies the distance between the light source and the optical element.
A lithographic printing plate precursor comprising an image recording layer on a hydrophilic support, characterized in that the image recording layer comprises a polymerization initiator, an infrared absorbent, a polymerizable compound, and an acid color former, the infrared absorbent comprises a compound represented by the following Formula 1, and the difference between the HOMO of the compound represented by Formula 1 and the HOMO of at least one compound of the polymerization initiator is 0.60 eV or less, wherein R 1 and R 2 each independently represent a hydrogen atom or an alkyl group, R 1 and R 2 are optionally mutually linked to form a ring, R 3 to R 6 each independently represent a hydrogen atom or an alkyl group, R 7 and R 8 each independently represent an alkyl group or an aryl group, Y 1 and Y 2 each independently represent an oxygen atom, a sulfur atom, -NR 0 - or a dialkylmethylene group, R 0 represents a hydrogen atom, an alkyl group or an aryl group, Ar 1 and Ar 2 each independently represent a group that forms a benzene ring or a naphthalene ring optionally having -X described below, A 1 represents -NR 9 R 10, -X 1 -L 1, or -X described below, R 9 and R 10 each independently represent an alkyl group, an aryl group, an alkoxycarbonyl group, or an arylsulfonyl group, X 1 represents an oxygen atom or a sulfur atom, L 1 represents a hydrocarbon group, a heteroaryl group, or a group where a bond with X 1 is to be cleaved by heat or infrared exposure, Za represents a counter ion that neutralizes charge, and at least one of Ar 1 or Ar 2 has a group represented by the following Formula 2: -X Formula 2 wherein X represents a halogen atom, -C(=O)-X 2 -R 11, -C(=O)-NR 12 R 13, -O-C(=O)-R 14, -CN, -SO 2 NR 15 R 16, or a perfluoroalkyl group, X 2 represents a single bond or an oxygen atom, R 11 and R 14 each independently represent an alkyl group or an aryl group, and R 12, R 13, R 15 and R 16 each independently represent a hydrogen atom, an alkyl group, or an aryl group.
A method for displaying advertisements on a mobile device, comprising: receiving a plurality of advertisements and advertisement selection criteria associating the plurality of advertisements with regions and times (652, 754); and determining a current position and a current time; the method characterized by: receiving user data from at least one mobile device, the user data including a user request; responding to the user request; selecting an advertisement from the plurality of advertisements based on the current position, the current time, and the user data; and displaying the selected advertisement. receiving a plurality of advertisements and advertisement selection criteria associating the plurality of advertisements with regions and times (652, 754); and determining a current position and a current time; the method characterized by: receiving user data from at least one mobile device, the user data including a user request; responding to the user request; selecting an advertisement from the plurality of advertisements based on the current position, the current time, and the user data; and displaying the selected advertisement. receiving user data from at least one mobile device, the user data including a user request; responding to the user request; selecting an advertisement from the plurality of advertisements based on the current position, the current time, and the user data; and displaying the selected advertisement.
A communication apparatus adapted to perform communication by combining software-implemented network functions in accordance with services to which a user is subscribed, the communication apparatus comprising: procedures belonging to a function instance of a process in the communication; and a processing sequence control unit configured to call a procedure belonging to a function instance to be executed depending on a procedure belonging to a previously processed function instance and a return value of the procedure belonging to the previously processed function instance, wherein the communication apparatus is characterized in that the communication apparatus comprises a single packet holding unit configured to hold a communication packet, and the processing sequence control unit executes processes regarding the network functions on the same communication packet held in the single packet holding unit. procedures belonging to a function instance of a process in the communication; and a processing sequence control unit configured to call a procedure belonging to a function instance to be executed depending on a procedure belonging to a previously processed function instance and a return value of the procedure belonging to the previously processed function instance, wherein the communication apparatus is characterized in that the communication apparatus comprises a single packet holding unit configured to hold a communication packet, and the processing sequence control unit executes processes regarding the network functions on the same communication packet held in the single packet holding unit.
An ultrasonic probe (2, 2a) comprising: a transducer module including a piezoelectric layer configured to generate an ultrasonic wave and acoustic matching layer positioned to the front of the piezoelectric layer; a case which has an opened one side and is configured to accommodate the transducer module; a lens disposed in front of the transducer module; and a protective member (3, 4, 5) accommodated in the case and positioned to face at least one surface of the transducer module, characterized in that the protective member (3, 4, 5) protrudes further forward compared to the acoustic matching layer so as to protect the transducer module from an external impact, wherein the protective member (3, 4, 5) includes an impact blocking member (31, 41, 51) provided to protrude further forward compared to the transducer module and an impact absorbing member (32, 42, 52) disposed between the impact blocking member (31, 41, 51) and the transducer module to absorb an impact transmitted to the impact blocking member (31, 41, 51). a transducer module including a piezoelectric layer configured to generate an ultrasonic wave and acoustic matching layer positioned to the front of the piezoelectric layer; a case which has an opened one side and is configured to accommodate the transducer module; a lens disposed in front of the transducer module; and a protective member (3, 4, 5) accommodated in the case and positioned to face at least one surface of the transducer module, characterized in that
A temperature sensor, comprising: a sensor element including a thermosensitive portion and paired electric wires (15, 17) electrically connected to the thermosensitive portion; and a holder made of a resin material and configured to hold the sensor element, wherein the holder includes a first layer, which includes a housing space (37, 37B, 37C), the housing space (37, 37B, 37C) includes a through hole opening on top and bottom surfaces, to house the thermosensitive portion and the electric wires (15, 17), and wherein the through hole is formed in a thickness direction of the first layer of the holder. a sensor element including a thermosensitive portion and paired electric wires (15, 17) electrically connected to the thermosensitive portion; and a holder made of a resin material and configured to hold the sensor element, wherein the holder includes a first layer, which includes a housing space (37, 37B, 37C), the housing space (37, 37B, 37C) includes a through hole opening on top and bottom surfaces, to house the thermosensitive portion and the electric wires (15, 17), and wherein the through hole is formed in a thickness direction of the first layer of the holder.
An entity (102, 161, 181, 182) for controlling a vehicle-to-everything, V2X, service for multiple user equipments (123, 124), wherein the multiple user equipments are clustered into a group of user equipments, and the V2X service for the multiple user equipments (123, 124) is a V2X service for the group of user equipments, the entity being configured to: • determine (322, 422, 522, 727) a joint requirement for the V2X service for the group of user equipments based on at least one of a network parameter of a network and an application requirement (321, 421, 521, 726) of a V2X application (101, 141, 146) of the V2X service, wherein the joint requirement for the V2X service comprises a resource requirement or a quality of service, QoS; and • transmit (323, 423, 523, 728) an adaptation request message to the network to request the network for a joint adaptation to the joint requirement for the V2X service for the group of user equipments, the adaptation request message comprising the joint requirement for the V2X service. • determine (322, 422, 522, 727) a joint requirement for the V2X service for the group of user equipments based on at least one of a network parameter of a network and an application requirement (321, 421, 521, 726) of a V2X application (101, 141, 146) of the V2X service, wherein the joint requirement for the V2X service comprises a resource requirement or a quality of service, QoS; and • transmit (323, 423, 523, 728) an adaptation request message to the network to request the network for a joint adaptation to the joint requirement for the V2X service for the group of user equipments, the adaptation request message comprising the joint requirement for the V2X service.
A computer-implemented method for preparing first and second tables for a mapreduce procedure, the method comprising: receiving a first table with first data; while receiving the first table, range partitioning the first data into range partitions based on ranges of a first key in the first data; hash partitioning the first data within each of the range partitions into a first number of hash partitions based on a second key; receive a second table with second data; while receiving the second table, hash partitioning the second data into a second number of hash partitions based on the second key, wherein one of the first and second numbers is an integer multiple of the other; and providing, to a mapreduce engine that is configured to perform the mapreduce procedure, metadata that comprises (i) information about the range partitions that are based on the first key and (ii) information about the first and second numbers of hash partitions that are based on the second key. receiving a first table with first data; while receiving the first table, range partitioning the first data into range partitions based on ranges of a first key in the first data; hash partitioning the first data within each of the range partitions into a first number of hash partitions based on a second key; receive a second table with second data; while receiving the second table, hash partitioning the second data into a second number of hash partitions based on the second key, wherein one of the first and second numbers is an integer multiple of the other; and providing, to a mapreduce engine that is configured to perform the mapreduce procedure, metadata that comprises (i) information about the range partitions that are based on the first key and (ii) information about the first and second numbers of hash partitions that are based on the second key.
A digital circuit comprising: one or more first storage register circuits for storing digital bits corresponding to one or more first operands; one or more second storage register circuits for storing digital bits corresponding to one or more second operands; one or more multiplier circuits configured to receive one or more of the first operands and one or more of the second operands and produce one or more corresponding output product values; one or more first adder circuits, wherein the first adder circuits are configured to add at least one output product value to at least one other value to produce a plurality of first sum bits representing a first sum and a plurality of first carry bits representing a first carry; and a compression circuit configured to receive the first sum bits and first carry bits and produce a final sum and a compressed carry, the compression circuit comprising a plurality of second adder circuits, wherein segments of a plurality of segments of the first sum bits are added to corresponding segments of a plurality of segments of the first carry bits to produce a plurality of values each comprising a segment of the final sum and a segment of the compressed carry. one or more first storage register circuits for storing digital bits corresponding to one or more first operands; one or more second storage register circuits for storing digital bits corresponding to one or more second operands; one or more multiplier circuits configured to receive one or more of the first operands and one or more of the second operands and produce one or more corresponding output product values; one or more first adder circuits, wherein the first adder circuits are configured to add at least one output product value to at least one other value to produce a plurality of first sum bits representing a first sum and a plurality of first carry bits representing a first carry; and a compression circuit configured to receive the first sum bits and first carry bits and produce a final sum and a compressed carry, the compression circuit comprising a plurality of second adder circuits, wherein segments of a plurality of segments of the first sum bits are added to corresponding segments of a plurality of segments of the first carry bits to produce a plurality of values each comprising a segment of the final sum and a segment of the compressed carry.
A data processing apparatus comprising: register storage circuitry having a plurality of registers, each register for storing plural data elements; decoder circuitry responsive to a data processing instruction to generate control signals, the data processing instruction specifying in the plurality of registers: a first source register, a second source register, and a set of N accumulation registers (522, 524, 526, 528); and processing circuitry responsive to the control signals to perform a data processing operation comprising extracting N data elements from content of the first source register, performing a multiplication of each of the N data elements by content of the second source register, and applying a result of each multiplication to content of a respective target register of the set of N accumulation registers. register storage circuitry having a plurality of registers, each register for storing plural data elements; decoder circuitry responsive to a data processing instruction to generate control signals, the data processing instruction specifying in the plurality of registers: a first source register, a second source register, and a set of N accumulation registers (522, 524, 526, 528); and processing circuitry responsive to the control signals to perform a data processing operation comprising extracting N data elements from content of the first source register, performing a multiplication of each of the N data elements by content of the second source register, and applying a result of each multiplication to content of a respective target register of the set of N accumulation registers.
A signal processing apparatus configured to perform decoding on encoded data comprising a normalized lower frequency spectrum, a higher frequency envelope, and a lower frequency envelope, the signal processing apparatus comprising: a generating unit configured to generate a higher frequency spectrum by using the normalized lower frequency spectrum and the higher frequency envelope; a randomizing unit configured to randomize a phase of the higher frequency spectrum, the higher frequency spectrum being generated by the generating unit; and a combining unit configured to denormalize the lower frequency spectrum by using the lower frequency envelope, and combine the higher frequency spectrum randomized by the randomizing unit or the higher frequency spectrum generated by the generating unit with the denormalized lower frequency spectrum using the lower frequency envelope, a result of the combination being used as a spectrum of an entire band, wherein either the encoded data comprises a random flag indicating whether the degree of concentration as a ratio of a maximum of the higher frequency spectrum to an average of the higher frequency spectrum is above a threshold, or the degree of concentration as a ratio of a maximum of the lower frequency spectrum to an average of the lower frequency spectrum is calculated by a determining unit in the signal processing apparatus, wherein the randomizing unit randomizes the phase based on either the random flag or the degree of concentration. a generating unit configured to generate a higher frequency spectrum by using the normalized lower frequency spectrum and the higher frequency envelope; a randomizing unit configured to randomize a phase of the higher frequency spectrum, the higher frequency spectrum being generated by the generating unit; and a combining unit configured to denormalize the lower frequency spectrum by using the lower frequency envelope, and combine the higher frequency spectrum randomized by the randomizing unit or the higher frequency spectrum generated by the generating unit with the denormalized lower frequency spectrum using the lower frequency envelope, a result of the combination being used as a spectrum of an entire band, wherein either the encoded data comprises a random flag indicating whether the degree of concentration as a ratio of a maximum of the higher frequency spectrum to an average of the higher frequency spectrum is above a threshold, or the degree of concentration as a ratio of a maximum of the lower frequency spectrum to an average of the lower frequency spectrum is calculated by a determining unit in the signal processing apparatus, wherein the randomizing unit randomizes the phase based on either the random flag or the degree of concentration.
A polypropylene comprising at least 50 mol% propylene and having a molecular weight distribution (Mw/Mn) within a range of from 7 to 22, a z-average molecular weight of less than 2,500,000 g/mole, a branching index (g' vis) of at least 0.95; and a melt strength less than 20 cN determined using an extensional rheometer at 190°C.
A urea water pipe clogging detection device for urea SCR configured to suck urea water from a urea water tank with a supply pump and spray the urea water from a dosing valve disposed upstream of an SCR device via a pressurized urea water feed line, and detect clogging of a pipe segment that extends to the dosing valve from the supply pump, said urea water pipe clogging detection device comprising: a urea water sensor configured to detect urea water temperature in the urea water tank; a pressure sensor configured to detect pressure of the pressurized urea water feed line; and an exhaust gas temperature sensor disposed on an exhaust pipe upstream of the SCR device; characterized by clogging determination means configured to perform startup control for driving the supply pump and increasing pressure in the pipe segment upon turning on of a key switch, and then perform emptying control for returning the urea water from the pipe segment to the urea water tank if a detection value of the exhaust gas temperature sensor is less than or equal to a predetermined temperature and a detection value of the urea water sensor is greater than or equal to a freezing temperature, the clogging determination means being configured to detect the clogging of the pipe segment from the detection value of the pressure sensor during the emptying control. a urea water sensor configured to detect urea water temperature in the urea water tank; a pressure sensor configured to detect pressure of the pressurized urea water feed line; and an exhaust gas temperature sensor disposed on an exhaust pipe upstream of the SCR device; characterized by clogging determination means configured to perform startup control for driving the supply pump and increasing pressure in the pipe segment upon turning on of a key switch, and then perform emptying control for returning the urea water from the pipe segment to the urea water tank if a detection value of the exhaust gas temperature sensor is less than or equal to a predetermined temperature and a detection value of the urea water sensor is greater than or equal to a freezing temperature, the clogging determination means being configured to detect the clogging of the pipe segment from the detection value of the pressure sensor during the emptying control.
Vertical wall having a horizontally extending profiled element which is arranged on the vertical wall and a fire-fighting device for cooling the vertical wall, characterized in that the fire-fighting device comprises a guide plate, wherein the guide plate comprises at least one first region, which is arranged above the profiled element, wherein the guide plate comprises at least one second region, which is arranged below the profiled element, and wherein the guide plate comprises at least one third region, which is arranged in the plane of the profiled element and on the side of the profiled element facing away from the wall, wherein the guide plate comprises at least one fourth region in the at least one second region, wherein the guide plate has a distance to the wall of 1 mm to 20 mm in the at least one fourth region.