mhurhangee/ep-ind-claims huggingface dataset:
Method of determining the disposition/orientation of structural feature(s) present in a borehole core by holding a handheld apparatus by hand, moving/orienting by hand the apparatus or part thereof, relative to a structural feature present in the core and bring the apparatus or part thereof in contact with a surface of the core oriented with respect to its structural feature, characterized in that the data on the movement/orientation of the apparatus or said part thereof is being captured as/when the apparatus is moved/oriented in relation to the structural feature and core by using the movement/orientation arrangement of the apparatus when pressing a first operating button (28.1) for capturing a reference orientation of the apparatus when it is placed against an outer surface of a core and oriented along a bottom-of-core ("BOC") line which extends along the length of the core, for combining with data obtained from data-capturing arrangement which captures orientation data generated by the orientation arrangement and determines by using a processor the orientation/disposition of the structural feature in relation to the core, then pressing a second button (28.3) for capturing a reading or a number of readings, when the apparatus is aligned with a structural feature and pressing a third button (28.2) as a multifunctional button that has a scroll function, as well as a single-click and a double-click function, in a borehole core by holding a handheld apparatus by hand, moving/orienting by hand the apparatus or part thereof, relative to a structural feature present in the core and bring the apparatus or part thereof in contact with a surface of the core oriented with respect to its structural feature, characterized in that the data on the movement/orientation of the apparatus or said part thereof is being captured as/when the apparatus is moved/oriented in relation to the structural feature and core by using the movement/orientation arrangement of the apparatus when pressing a first operating button (28.1) for capturing a reference orientation of the apparatus when it is placed against an outer surface of a core and oriented along a bottom-of-core ("BOC") line which extends along the length of the core, for combining with data obtained from data-capturing arrangement which captures orientation data generated by the orientation arrangement and determines by using a processor the orientation/disposition of the structural feature in relation to the core, then pressing a second button (28.3) for capturing a reading or a number of readings, when the apparatus is aligned with a structural feature and pressing a third button (28.2) as a multifunctional button that has a scroll function, as well as a single-click and a double-click function,
A handle assembly for a surgical stapler, the handle assembly comprising: a housing defining a stationary handle; a movable handle pivotably coupled to the housing and movable from an open position to a closed position; and an actuation mechanism comprising: an actuation shaft having a longitudinal axis, the actuation shaft comprising an advancing surface formed thereon, a reversing surface formed thereon angularly offset from the advancing surface, and an opening surface formed thereon, the actuation shaft being longitudinally slidable relative to the housing and selectively rotatable about the longitudinal axis between a first orientation and a second orientation; a forward driver operably coupled to the movable handle, the forward driver engageable with the actuation shaft in the first orientation and disengaged from the actuation shaft in the second orientation; a reverse driver operably coupled to the moveable handle; and an opening driver operably coupled to the moveable handle. a housing defining a stationary handle; a movable handle pivotably coupled to the housing and movable from an open position to a closed position; and an actuation mechanism comprising: an actuation shaft having a longitudinal axis, the actuation shaft comprising an advancing surface formed thereon, a reversing surface formed thereon angularly offset from the advancing surface, and an opening surface formed thereon, the actuation shaft being longitudinally slidable relative to the housing and selectively rotatable about the longitudinal axis between a first orientation and a second orientation; a forward driver operably coupled to the movable handle, the forward driver engageable with the actuation shaft in the first orientation and disengaged from the actuation shaft in the second orientation; an actuation shaft having a longitudinal axis, the actuation shaft comprising an advancing surface formed thereon, a reversing surface formed thereon angularly offset from the advancing surface, and an opening surface formed thereon, the actuation shaft being longitudinally slidable relative to the housing and selectively rotatable about the longitudinal axis between a first orientation and a second orientation; a forward driver operably coupled to the movable handle, the forward driver engageable with the actuation shaft in the first orientation and disengaged from the actuation shaft in the second orientation; a reverse driver operably coupled to the moveable handle; and an opening driver operably coupled to the moveable handle.
A gas turbine assembly comprising: a compressor; and a combustor coupled in flow communication with said compressor, wherein said combustor comprises an axial fuel staging system comprising: a primary fuel injector; a secondary fuel injector, positioned downstream from said primary fuel injector; said secondary fuel injector coupled to a sleeve assembly; and a cover for said secondary fuel injector, said cover positioned over secondary fuel injector, the cover comprising: a top wall; a plurality of side walls (314, 316) projecting from said top wall and partially defining an open bottom opposite said top wall, said open bottom sized to receive a secondary fuel injector therein; an intermediate strip segment that extends across said side walls (314, 316); characterized by an array of flow apertures formed in said side walls, wherein said array of flow apertures is confined to said intermediate strip segment to facilitate gas flow into said cover through said flow apertures. a compressor; and a combustor coupled in flow communication with said compressor, wherein said combustor comprises an axial fuel staging system comprising: a primary fuel injector; a secondary fuel injector, positioned downstream from said primary fuel injector; said secondary fuel injector coupled to a sleeve assembly; and a cover for said secondary fuel injector, said cover positioned over secondary fuel injector, the cover comprising: a primary fuel injector; a secondary fuel injector, positioned downstream from said primary fuel injector; said secondary fuel injector coupled to a sleeve assembly; and a cover for said secondary fuel injector, said cover positioned over secondary fuel injector, the cover comprising: a top wall; a plurality of side walls (314, 316) projecting from said top wall and partially defining an open bottom opposite said top wall, said open bottom sized to receive a secondary fuel injector therein; an intermediate strip segment that extends across said side walls (314, 316); characterized by an array of flow apertures formed in said side walls, wherein said array of flow apertures is confined to said intermediate strip segment to facilitate gas flow into said cover through said flow apertures.
An isolated polynucleotide comprising a nucleic acid sequence encoding a polypeptide comprising an amino acid sequence having at least 90% identity over its entire length with an amino acid sequence as depicted in SEQ ID 2, or a functional fragment of said polypeptide of at least 50 amino acids said polypeptide having the following characteristics: - said polypeptide or polypeptide fragment, when expressed on the surface of a cell, being capable of making the cell receptive for PRRSV, - said polypeptide having an apparent molecular weight of approximately 210 kD and - said polypeptide being reactive with MAB 41D3 as deposited at the CNCM of the Institute Pasteur under accession no. I-2719. - said polypeptide or polypeptide fragment, when expressed on the surface of a cell, being capable of making the cell receptive for PRRSV, - said polypeptide having an apparent molecular weight of approximately 210 kD and - said polypeptide being reactive with MAB 41D3 as deposited at the CNCM of the Institute Pasteur under accession no. I-2719.
A device for use with a color sensing camera, comprising: a background target, a first surface being formed by an upper surface of a face plate including the background target recessed therein such that a background target surface of the background target is below the first surface; and a substrate stabilizer, including the first surface and being positioned below a substrate having an image printed thereon, wherein the substrate stabilizer is configured to move the substrate in closer proximity to the background target and below the first surface when the substrate stabilizer is activated and the substrate is released from being moved into closer proximity to the background target when the substrate stabilizer is deactivated. a background target, a first surface being formed by an upper surface of a face plate including the background target recessed therein such that a background target surface of the background target is below the first surface; and a substrate stabilizer, including the first surface and being positioned below a substrate having an image printed thereon, wherein the substrate stabilizer is configured to move the substrate in closer proximity to the background target and below the first surface when the substrate stabilizer is activated and the substrate is released from being moved into closer proximity to the background target when the substrate stabilizer is deactivated.
A seed furrow opener, comprising: a seed furrow opener arm, and a pair of cooperating seed discs (216a, 216b), whose rotational axes (Ra, Rb) are non-parallel to each other; wherein at least one of the seed discs (216a, 216b) is axially slidably mounted on a shaft (212a, 212b) whose proximal end is attached at the furrow opener arm, further comprising a spring (213a, 213b) arranged to bias the seed disc (216a, 216b) outwardly from the seed furrow opener arm, and an adjustable abutment (215a, 215b, 2151a, 2151b, 2152a, 2152b), wherein the spring (213a, 213b) biases the seed disc (216a, 216b) against the abutment (215a, 215b, 2151a, 2151b, 2152a, 2152b). a seed furrow opener arm, and a pair of cooperating seed discs (216a, 216b), whose rotational axes (Ra, Rb) are non-parallel to each other; wherein at least one of the seed discs (216a, 216b) is axially slidably mounted on a shaft (212a, 212b) whose proximal end is attached at the furrow opener arm, further comprising a spring (213a, 213b) arranged to bias the seed disc (216a, 216b) outwardly from the seed furrow opener arm, and an adjustable abutment (215a, 215b, 2151a, 2151b, 2152a, 2152b), wherein the spring (213a, 213b) biases the seed disc (216a, 216b) against the abutment (215a, 215b, 2151a, 2151b, 2152a, 2152b).
System for driving the physical characteristics of the virtual world of a videogame provided with a physics engine module, said system including a gaming apparatus and a standard primary control device, said system further comprising: a) an additional control device comprising a stationary base and a sphere, said stationary base being adapted to support said sphere, said sphere being detachable from said stationary base and manipulable by the player, said sphere being provided with a unique identifier and a communication system with said base, both said sphere and said base comprising sensors for detecting physical parameters within the player environment; b) means for using said physical parameters to drive the corresponding physical characteristics of the virtual world of the videogame; wherein said means detect the players voluntary interactions by collecting and comparing data from said sensors of the stationary base with data from said sensors of the sphere and by processing such data depending on whether the sphere is placed on the stationary base or not. a) an additional control device comprising a stationary base and a sphere, said stationary base being adapted to support said sphere, said sphere being detachable from said stationary base and manipulable by the player, said sphere being provided with a unique identifier and a communication system with said base, both said sphere and said base comprising sensors for detecting physical parameters within the player environment; b) means for using said physical parameters to drive the corresponding physical characteristics of the virtual world of the videogame; wherein said means detect the players voluntary interactions by collecting and comparing data from said sensors of the stationary base with data from said sensors of the sphere and by processing such data depending on whether the sphere is placed on the stationary base or not.
A method for use in a wireless device, the method comprising: receiving an indication from a network, the indication indicating which synchronization signal, SS, blocks of a SS burst set are being transmitted by the network; determining whether to restrict transmission of a random access preamble during at least a portion of the SS burst set, the SS burst set comprising at least one SS block indicated as being transmitted, wherein determining whether to restrict transmission of the random access preamble comprises: considering the restriction switched off in response to determining that the wireless device is operating in a frequency division duplex, FDD, system, and considering the restriction switched on in response to determining that the wireless device is operating in a time division duplex, TDD, system; and transmitting the random access preamble during a time that transmission of the random access preamble is not restricted. receiving an indication from a network, the indication indicating which synchronization signal, SS, blocks of a SS burst set are being transmitted by the network; determining whether to restrict transmission of a random access preamble during at least a portion of the SS burst set, the SS burst set comprising at least one SS block indicated as being transmitted, wherein determining whether to restrict transmission of the random access preamble comprises: considering the restriction switched off in response to determining that the wireless device is operating in a frequency division duplex, FDD, system, and considering the restriction switched on in response to determining that the wireless device is operating in a time division duplex, TDD, system; and considering the restriction switched off in response to determining that the wireless device is operating in a frequency division duplex, FDD, system, and considering the restriction switched on in response to determining that the wireless device is operating in a time division duplex, TDD, system; and transmitting the random access preamble during a time that transmission of the random access preamble is not restricted.
A method for operating a wireless local area network to provide communications with a plurality of virtual local area networks, including assigning a plurality of basic service set identifiers to at least some access points; characterized by the steps of: mapping an extended service set identifier to each virtual local area network; and assigning each of said extended service set identifiers and associated virtual local area networks to a corresponding one of said plurality of basic service set identifiers, said assignment being arranged to provide a one-to-one mapping of a single extended service set identifier for each of at least some of said basic service set identifiers, wherein, when the wireless local area network includes more extended service set identifiers than basic service set identifiers, providing the one-to-one mapping for all but one basic service set identifier. mapping an extended service set identifier to each virtual local area network; and assigning each of said extended service set identifiers and associated virtual local area networks to a corresponding one of said plurality of basic service set identifiers, said assignment being arranged to provide a one-to-one mapping of a single extended service set identifier for each of at least some of said basic service set identifiers, wherein, when the wireless local area network includes more extended service set identifiers than basic service set identifiers, providing the one-to-one mapping for all but one basic service set identifier.
(Currently Amended) A secondary battery comprising a cathode, an anode, a membrane and an electrolyte, wherein the cathode comprises a mixture of a first cathode material defined below and a second cathode material selected from the group consisting of a second-(a) cathode material defined below and a second-(b) cathode material defined below, and a combination thereof, wherein a mix ratio of the two cathode materials (first cathode material: second cathode material) is 50: 50 to 90: 10, and the membrane is an organic/inorganic composite porous membrane comprising (a) a polyolefin-based membrane substrate and (b) an active layer in which one or more areas selected from the group consisting of the surface of the substrate and a portion of pores present in the substrate are coated with a mixture of inorganic particles and a binder polymer, wherein the active layer has a structure in which the inorganic particles are interconnected and fixed through a binder polymer, and porous structures are formed by the interstitial volume between the inorganic particles. [First cathode material] A cathode material represented by Formula 1 below: Li x CO y ⁢ A m ⁢ D z ⁢ O t wherein 0.8≤x≤1.2, 0≤z≤0.3, 1.8≤t≤4.2, (0.8-m-z)≤y≤(2.2-m-z), 0≤m≤0.3, A is at least one selected from Mg and Ca, and D is at least one selected from the group consisting of Ti, Zr, Hf, V, Nb, Ta; Cr, Mo, W, Mn, Tc, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt, Cu, Au, Ag, Zn, Cd, Hg, B, Al, Ga, In, TI, C, Si, Ge, Sn, Pb, N, P, As, Sb and Bi; [Second-(a) cathode material] A cathode material represented by Formula 2a below: Li x ⁢ Ni 1 - a - b ⁢ Mn a ⁢ CO b y ⁢ O 2 wherein 0.05≤a≤0.4, 0.1≤b≤0.4, 0.4≤1-a-b≤0.7, 0.95≤x≤1.05, 1.9≤x+y≤2.3; [Second-(b) cathode material] A cathode material which contains a transition metal mixture of Ni, Mn and Co, has an average oxidation number of all transition metals except for lithium, larger than +3 and satisfies Equations 2b and 2c below: 1.1 < m Ni / m Mn < 1.5 0.4 < m ⁢ Ni 2 + / m ⁢ Mn 4 + < 1 wherein m(Ni)/m(Mn) is a molar ratio of nickel to manganese and (Ni 2+)/m(Mn 4+) is a molar ratio of Ni 2+ to Mn 4+. [First cathode material] A cathode material represented by Formula 1 below: Li x CO y ⁢ A m ⁢ D z ⁢ O t wherein 0.8≤x≤1.2, 0≤z≤0.3, 1.8≤t≤4.2, (0.8-m-z)≤y≤(2.2-m-z), 0≤m≤0.3, A is at least one selected from Mg and Ca, and D is at least one selected from the group consisting of Ti, Zr, Hf, V, Nb, Ta; Cr, Mo, W, Mn, Tc, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd, Pt, Cu, Au, Ag, Zn, Cd, Hg, B, Al, Ga, In, TI, C, Si, Ge, Sn, Pb, N, P, As, Sb and Bi; [Second-(a) cathode material] A cathode material represented by Formula 2a below: Li x ⁢ Ni 1 - a - b ⁢ Mn a ⁢ CO b y ⁢ O 2 wherein 0.05≤a≤0.4, 0.1≤b≤0.4, 0.4≤1-a-b≤0.7, 0.95≤x≤1.05, 1.9≤x+y≤2.3; [Second-(b) cathode material] A cathode material which contains a transition metal mixture of Ni, Mn and Co, has an average oxidation number of all transition metals except for lithium, larger than +3 and satisfies Equations 2b and 2c below: 1.1 < m Ni / m Mn < 1.5 0.4 < m ⁢ Ni 2 + / m ⁢ Mn 4 + < 1 wherein m(Ni)/m(Mn) is a molar ratio of nickel to manganese and (Ni 2+)/m(Mn 4+) is a molar ratio of Ni 2+ to Mn 4+.
A mobile communication method of executing a random access procedure between a mobile station and a radio base station (eNB), when the mobile station in an intermittent reception state makes a return to a continuous reception state to perform call origination processing, the mobile communication method comprising: a step A of causing the radio base station in the random access procedure to transmit a call-type request signal to the mobile station, the call-type request signal requesting notification of a call type concerned in the call origination processing; a step B of causing the mobile station in the random access procedure to notify the radio base station of the call type in response to the call-type request signal; and a step C of causing the radio base station in the random access procedure to determine whether to allow the return based on the call type. a step A of causing the radio base station in the random access procedure to transmit a call-type request signal to the mobile station, the call-type request signal requesting notification of a call type concerned in the call origination processing; a step B of causing the mobile station in the random access procedure to notify the radio base station of the call type in response to the call-type request signal; and a step C of causing the radio base station in the random access procedure to determine whether to allow the return based on the call type.
A fuel pump management system for an aircraft, the system comprising: a fuel gauge configured to electronically read a level of fuel fluid contained in a fuel tank; a fuel pump in fluid communication with the fuel tank and configured to pump fuel fluid to a power unit of the aircraft; and a controller connected to the fuel gauge and the fuel pump, the controller being configured to: analyse the level of fuel fluid read by the fuel gauge; and upon determining that the level of fuel fluid is less than or equal a predetermined fuel level threshold, cause the fuel pump to be shut down; characterised in that the controller is configured to determine whether an aircraft in which the fuel pump management system is installed is on the ground prior to causing the fuel pump to be shut down. a fuel gauge configured to electronically read a level of fuel fluid contained in a fuel tank; a fuel pump in fluid communication with the fuel tank and configured to pump fuel fluid to a power unit of the aircraft; and a controller connected to the fuel gauge and the fuel pump, the controller being configured to: analyse the level of fuel fluid read by the fuel gauge; and upon determining that the level of fuel fluid is less than or equal a predetermined fuel level threshold, cause the fuel pump to be shut down; analyse the level of fuel fluid read by the fuel gauge; and upon determining that the level of fuel fluid is less than or equal a predetermined fuel level threshold, cause the fuel pump to be shut down; characterised in that the controller is configured to determine whether an aircraft in which the fuel pump management system is installed is on the ground prior to causing the fuel pump to be shut down.