mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a polyazole inctuding a repeating unit represented by Formula 1 below and a benzoxazine-based monomer, wherein, in Formula 1, R 1, R 1 ' and R 2 are each independently a hydrogen atom, an unsubstituted or substituted C1-C20 alkyl group, an unsubstituted or substituted C1-C20 alkoxy group, an unsubstituted or substituted C6-C20 aryl group, an unsubstituted or substituted C6-C20 aryloxy group, an unsubstituted or substituted C3-C20 heteroaryl group, or an unsubstituted or substituted C3-C20 heteroaryloxy group, or R 1 and R 2 may be linked to form a C4-C20 carbon ring or a C3-C20 hetero ring; and m is a number from 10 to 900.
A media data transmission method, comprising: Receiving a play instruction, wherein the play instruction is used to instruct a media presentation device to request to acquire first media content from a media source device; and when it is determined that the first media content belongs to a first type of media data, and that at least one of the media source device and the media presentation device uses a second frequency band to access a wireless local area network, or when it is determined that the first media content belongs to a first type of media data, and that the media source device and the media presentation device use a second frequency band to directly establish a connection, controlling the media source device and the media presentation device to establish a connection in a first frequency band, so that the first media content is transmitted based on the connection established in the first frequency band, wherein the second frequency band is different from the first frequency band. Receiving a play instruction, wherein the play instruction is used to instruct a media presentation device to request to acquire first media content from a media source device; and when it is determined that the first media content belongs to a first type of media data, and that at least one of the media source device and the media presentation device uses a second frequency band to access a wireless local area network, or when it is determined that the first media content belongs to a first type of media data, and that the media source device and the media presentation device use a second frequency band to directly establish a connection, controlling the media source device and the media presentation device to establish a connection in a first frequency band, so that the first media content is transmitted based on the connection established in the first frequency band, wherein the second frequency band is different from the first frequency band.
A method for wireless communication, comprising: identifying a data channel of an uplink carrier, the data channel having a plurality of layers; determining control information for one or more downlink carriers to send on the data channel, the control information comprising a first type of control information and a second type of control information, the second type of control information being different from the first type of control information; encoding the control information; the method being characterized in comprising mapping the first type of the control information to a first number of layers of the plurality of layers; mapping a second type of the control information to a second number of layers of the plurality of layers, the second number of layers being different from the first number of layers; and sending the encoded control information over the data channel in accordance with the mapping. identifying a data channel of an uplink carrier, the data channel having a plurality of layers; determining control information for one or more downlink carriers to send on the data channel, the control information comprising a first type of control information and a second type of control information, the second type of control information being different from the first type of control information; encoding the control information; the method being characterized in comprising mapping the first type of the control information to a first number of layers of the plurality of layers; mapping a second type of the control information to a second number of layers of the plurality of layers, the second number of layers being different from the first number of layers; and sending the encoded control information over the data channel in accordance with the mapping.
A method for operating a security tag (132, 300) comprising first and second Magnetic Attracting, MA, halves (302, 312, 702, 704), the tag (132, 300) being configured to issue an alarm when the two MA halves (302, 312, 702, 704) of the security tag (132, 300) are pulled apart, the method comprising: wirelessly receiving at the security tag (132, 300) a signal sent from a remote device (104, 190); and preventing alarm issuance when the first and second MA halves (302, 312, 702, 704) of the security tag (132, 300) are pulled apart by deactivating alarm circuitry (264, 340) internal to the security tag (132, 300) in response to the security tag's reception of the signal. wirelessly receiving at the security tag (132, 300) a signal sent from a remote device (104, 190); and preventing alarm issuance when the first and second MA halves (302, 312, 702, 704) of the security tag (132, 300) are pulled apart by deactivating alarm circuitry (264, 340) internal to the security tag (132, 300) in response to the security tag's reception of the signal.
Method of manufacturing a cosmetic product applicator comprising a grip part and an application part comprising bristles or teeth, the grip part and the application part being formed as one piece, the method comprising a step of additive manufacturing by sintering of a powder of plastic material followed by a step of depowdering and a post-treatment for the elimination of the particles that are detached from said cosmetic product applicator or are partially sintered, the post-treatment comprising a step of sand-blasting; characterized in that the post-treatment further comprises a step of ionizing blowing.
Method for aiding the geometric modelling of a first object on the basis of a generic model of said first object and of at least one specific model of at least one second object comprising at least one part of said first object, the method comprising the following steps, - acquisition of said generic model of said first object; - acquisition of said at least one specific model of said at least one second object; - extraction of at least one datum from said at least one specific model according to at least one parameter of said generic model; and, - construction of an instantiated model of said first object on the basis of said generic model and of said at least one datum extracted from said at least one specific model, the method being characterised in that said at least one extracted datum is a curve portion and in that it furthermore comprises the following steps, - determination of the extrema (E' 1 to E' 5) of said curve portion extracted from said at least one specific model; and, - adaptation of the curve portion of said generic model corresponding to said curve portion extracted from said at least one specific model in such a way that the extrema (E 1 to E 5) of said curve portion of said generic model are similar to the extrema (E' 1 to E' 5) of said curve portion extracted from said at least one specific model, said adaptation step furthermore comprising a step of determining the angle and the tension of at least one tangent to said curve portion extracted from said at least one specific model at at least one point of said curve portion of said generic model. - acquisition of said generic model of said first object; - acquisition of said at least one specific model of said at least one second object; - extraction of at least one datum from said at least one specific model according to at least one parameter of said generic model; and, - construction of an instantiated model of said first object on the basis of said generic model and of said at least one datum extracted from said at least one specific model, the method being characterised in that said at least one extracted datum is a curve portion and in that it furthermore comprises the following steps, - determination of the extrema (E' 1 to E' 5) of said curve portion extracted from said at least one specific model; and, - adaptation of the curve portion of said generic model corresponding to said curve portion extracted from said at least one specific model in such a way that the extrema (E 1 to E 5) of said curve portion of said generic model are similar to the extrema (E' 1 to E' 5) of said curve portion extracted from said at least one specific model, said adaptation step furthermore comprising a step of determining the angle and the tension of at least one tangent to said curve portion extracted from said at least one specific model at at least one point of said curve portion of said generic model.
A computer implemented method for adaptively determining a plurality of sedimentary facies from 3D seismic data, comprising the steps of: (a) generating an attribute volume comprising at least one attribute from said 3D seismic data; (b) generating at least one high-definition-frequency-decomposition (HDFD) colour blend volume from said 3D seismic data; (c) generating a geobody volume comprising at least one geological object using data input from said attribute volume and said high-definition-frequency-decomposition (HDFD) colour blend volume; (d) generating a facies classification model dataset for a predetermined region of interest of said 3D seismic data and applying a probabilistic algorithm to said facies classification model dataset, and utilizing data from said geobody volume and said frequency decomposition colour blend volume as constraints within said at least one geological object; (e) selectively adjusting at least one first model parameter, so as to optimise said facies classification model dataset in accordance with a conceptual geological model, wherein said at least one first model parameter is an acceptance threshold and/or a number of predefined sub-facies; (f) selectively providing said facies classification model dataset in a representative property model of said region of interest of said 3D seismic data comprising a cellular frame at a resolution corresponding to the resolution of said facies classification model dataset. (a) generating an attribute volume comprising at least one attribute from said 3D seismic data; (b) generating at least one high-definition-frequency-decomposition (HDFD) colour blend volume from said 3D seismic data; (c) generating a geobody volume comprising at least one geological object using data input from said attribute volume and said high-definition-frequency-decomposition (HDFD) colour blend volume; (d) generating a facies classification model dataset for a predetermined region of interest of said 3D seismic data and applying a probabilistic algorithm to said facies classification model dataset, and utilizing data from said geobody volume and said frequency decomposition colour blend volume as constraints within said at least one geological object; (e) selectively adjusting at least one first model parameter, so as to optimise said facies classification model dataset in accordance with a conceptual geological model, wherein said at least one first model parameter is an acceptance threshold and/or a number of predefined sub-facies; (f) selectively providing said facies classification model dataset in a representative property model of said region of interest of said 3D seismic data comprising a cellular frame at a resolution corresponding to the resolution of said facies classification model dataset.
An anchor shackle (7, 28) for an anchor, the anchor shackle (7, 28) having a longitudinal axis and comprising: a keyed portion cooperable with a chasing collar to inhibit rotational movement of the anchor shackle (7, 28) around the longitudinal axis when in a locking position within the collar, characterised in that the anchor shackle (7, 28) comprises a curved surface curved around the longitudinal axis to facilitate rotational movement of the anchor shackle around the longitudinal axis to the locking position. a keyed portion cooperable with a chasing collar to inhibit rotational movement of the anchor shackle (7, 28) around the longitudinal axis when in a locking position within the collar, characterised in that the anchor shackle (7, 28) comprises a curved surface curved around the longitudinal axis to facilitate rotational movement of the anchor shackle around the longitudinal axis to the locking position.
Chassis part of a motor vehicle, in particular a wheel carrier, comprising a fibre-reinforced plastic composite with a metallic carrier element, the carrier element being formed from a metal sheet having a plurality of openings, characterised in that the fibre-reinforced plastic composite is composed of at least two different components (2, 6), wherein a first component of the plastic composite is arranged on a first side of the carrier element and wherein a second component of the plastic composite is arranged on a side of the carrier element opposite the first side, wherein the first component is formed of fibre-reinforced plastic with continuous fibres, wherein the length of the continuous fibres is greater than a minimum length of 50 mm, wherein the second component is formed of fibre-reinforced plastic with discontinuous fibres, wherein the length of the discontinuous fibres is shorter than the length of the continuous fibres, wherein the carrier element is formed of a formed metal sheet, wherein a first side of the carrier element is substantially two-dimensional, wherein the side of the carrier element opposite the first side has a three-dimensional structure, and wherein the carrier element has a percentage of perforated area formed by the openings, which is 60 to 90% of the base area of the carrier element.
A method for synchronizing an uplink ciphering parameter in unacknowledged mode, characterized by comprising: sending an initial value generation indication message to a terminal when detecting that an unrecoverable error occurs in an uplink packet in unacknowledged mode or that an uplink packet is invalid in unacknowledged mode, wherein the initial value generation indication message is used to instruct the terminal to generate an initial value of a ciphering parameter and initialize, according to the initial value of the ciphering parameter and a radio bearer identifier carried in the initial value generation indication message, an uplink ciphering parameter of a radio bearer corresponding to the radio bearer identifier, wherein the radio bearer corresponding to the radio bearer identifier is a radio bearer bearing a designated service; receiving a response message carrying the initial value of the ciphering parameter sent by the terminal; and initializing the uplink ciphering parameter according to the initial value of the ciphering parameter. sending an initial value generation indication message to a terminal when detecting that an unrecoverable error occurs in an uplink packet in unacknowledged mode or that an uplink packet is invalid in unacknowledged mode, wherein the initial value generation indication message is used to instruct the terminal to generate an initial value of a ciphering parameter and initialize, according to the initial value of the ciphering parameter and a radio bearer identifier carried in the initial value generation indication message, an uplink ciphering parameter of a radio bearer corresponding to the radio bearer identifier, wherein the radio bearer corresponding to the radio bearer identifier is a radio bearer bearing a designated service; receiving a response message carrying the initial value of the ciphering parameter sent by the terminal; and initializing the uplink ciphering parameter according to the initial value of the ciphering parameter.
A hemitartrate tetrahydrate of [5-(4,6-Dimethyl-1H-benzoimidazol-2-yl)-4-methyl-pyrimidin-2-yl]-[3-(1-methyl-piperidin-4-yl)-propyl]-amine of formula:
An inspection device for inspecting metallic objects extending in planar fashion, in particular sheets or walls, the inspection device being embodied as pipeline-impassable in particular by virtue of dispensing with at least one propulsion element that at least substantially fills an inner pipeline cross section, comprising at least one functional unit for recording object information and also comprising at least one magnet unit provided for magnetizing the object and having a plurality of magnets (10, 18), wherein the magnet unit has a plurality of segments each having at least one magnet (10, 18) and the magnetization directions of segments adjoining one another are angled approximately by 90°, relative to one another.
A stator for an electrodynamic machine having a plurality of segments (80,100,160) connected with connectors (200,300,400) to define a core for the stator, each of the segments comprising a plurality of laminations arranged side by side forming a lamination stack with axially opposite sides (82,84,102,104,162), the lamination stack having an end cap abutting an axial side of the lamination stack, the end cap having first and second posts (92,94,112,114,172,174) extending axially outward from the end cap, at least one of the posts (92,94,112,114,172,174) defining a wire path for wire wound around the stack, each of the connectors (200,300,400) comprising a bridge portion (202,302,402), characterized in that: the bridge portion (202,302,402) has openings (204,206,304,306,404,406) dimensioned to receive the posts (92,94,112,114,172,174) in a manner that the connector (200,300,400) is removably attachable to the post (92,94,112,114,172,174) of the end cap of a segment (80,100,160) and the post of the end cap of an adjacent segment (80,100,160) of the stator assembly, the connector (200,300,400) hasan insulator portion (208,308,408), projecting from the bridge portion (202,302,402), the insulator portion (208,308,408), extending between adjacent segments (80,100,160) when the connector (200,300,400) is removably attached to adjacent segments (80,100,160).
A composition for use in the treatment of pain, inflammation, fever, and osteoarthritis, comprising diacerein or a pharmaceutically acceptable salt of diacerein and at least one agent selected from the group of non-steroidal anti-inflammatory agents consisting of flurbiprofen, loxoprofen, zaltoprofen, ibuprofen, naproxen, ketoprofen, dexketoprofen, fenoprofen, benoxaprofen, suprofen, ibuproxam, alminoprofen, dexibuprofen, indoprofen.
A manual system for changing the amplitude of motion of a brush portion of a power toothbrush, comprising: a drive system for a power toothbrush which operates at a selected frequency to move the brush portion at a resulting amplitude; and a frequency adjustment system for changing the frequency of the drive system and hence the amplitude of motion of the brush portion, including a mechanical switch operable by a user, which is located on the handle of the toothbrush, characterized by a microprocessor which in turn includes a counter responsive to the switch for changing the frequency output of a timer by a selected amount, wherein the frequency output controls the frequency of the drive system. a drive system for a power toothbrush which operates at a selected frequency to move the brush portion at a resulting amplitude; and a frequency adjustment system for changing the frequency of the drive system and hence the amplitude of motion of the brush portion, including a mechanical switch operable by a user, which is located on the handle of the toothbrush, characterized by a microprocessor which in turn includes a counter responsive to the switch for changing the frequency output of a timer by a selected amount, wherein the frequency output controls the frequency of the drive system.
An integrated circuit (100, 200, 300, 400, 500, 600, 700) comprising: a substrate; an IC chip that is flip-chip bonded to a first surface of the substrate, wherein the IC chip has a first corner, a second corner, a third corner, and a fourth corner; an underfill material on the first surface of the substrate; a contact array on a second surface of the substrate; a first corner structure attached to the IC chip covering at least the first corner, wherein the first corner structure has a first footing which transfers force applied to a top of the first corner structure to the substrate; and a second corner structure attached to the IC chip covering at least the second corner so as to leave a central area of the IC chip uncovered by the first corner structure and the second corner structure, wherein the second corner structure has a second footing which transfers force applied to a top of second corner structure to the substrate; wherein the first footing and the second footing are offset from side edges of the IC chip so that the first footing and second footing do not impinge the underfill material. a substrate; an IC chip that is flip-chip bonded to a first surface of the substrate, wherein the IC chip has a first corner, a second corner, a third corner, and a fourth corner; an underfill material on the first surface of the substrate; a contact array on a second surface of the substrate; a first corner structure attached to the IC chip covering at least the first corner, wherein the first corner structure has a first footing which transfers force applied to a top of the first corner structure to the substrate; and a second corner structure attached to the IC chip covering at least the second corner so as to leave a central area of the IC chip uncovered by the first corner structure and the second corner structure, wherein the second corner structure has a second footing which transfers force applied to a top of second corner structure to the substrate; wherein the first footing and the second footing are offset from side edges of the IC chip so that the first footing and second footing do not impinge the underfill material.