mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid control valve comprising: a valve assembly cylinder ; a valve assembly cap fitted to said cylinder ; a fluid inlet and a fluid outlet , said inlet and said outlet being associated with said cylinder ; a rotating valve having a cam follower groove , said groove having an arcuate portion ; a reciprocating ring having a cam follower operatively associated with said groove ; a fluid flow gate fitted to the rotating valve and associated with said inlet and said outlet ; a return spring associated with the reciprocating ring ; and a shape memory alloy spring associated with the reciprocating ring ; wherein the reciprocating ring is operatively associated with the rotating valve such that axial movement of the reciprocating ring is translated into rotational movement of the rotating valve . a valve assembly cylinder ; a valve assembly cap fitted to said cylinder ; a fluid inlet and a fluid outlet , said inlet and said outlet being associated with said cylinder ; a rotating valve having a cam follower groove , said groove having an arcuate portion ; a reciprocating ring having a cam follower operatively associated with said groove ; a fluid flow gate fitted to the rotating valve and associated with said inlet and said outlet ; a return spring associated with the reciprocating ring ; and a shape memory alloy spring associated with the reciprocating ring ; wherein the reciprocating ring is operatively associated with the rotating valve such that axial movement of the reciprocating ring is translated into rotational movement of the rotating valve .
A ground engaging agricultural tillage blade comprising: a disc having a central opening adapted to be attached to an implement for rotation about an axis of rotation; the disc having an outer periphery ; and characterized by further comprising: a plurality of step plane notches in the disc from a location substantially at the outer periphery to the central opening; wherein each of the plurality of step plane notches comprises a depth and a width , wherein the depth is 50% or less than the width, and wherein the step plane notches are of uniform depth. a disc having a central opening adapted to be attached to an implement for rotation about an axis of rotation; the disc having an outer periphery ; and characterized by further comprising: a plurality of step plane notches in the disc from a location substantially at the outer periphery to the central opening; wherein each of the plurality of step plane notches comprises a depth and a width , wherein the depth is 50% or less than the width, and wherein the step plane notches are of uniform depth. a plurality of step plane notches in the disc from a location substantially at the outer periphery to the central opening; wherein each of the plurality of step plane notches comprises a depth and a width , wherein the depth is 50% or less than the width, and wherein the step plane notches are of uniform depth.
A loudspeaker including - an enclosure having a front portion, side portions and a back portion defining an inner volume , - the front portion is formed as a waveguide surface and includes at least one driver in the center of the waveguide surface and is capable of radiating the main acoustic power of the loudspeaker in the direction of a first acoustic axis , and - two additional drivers attached to the enclosure , - the additional drivers are attached inside the enclosure such that two sub volumes are formed inside the inner volume , each sub volume limited by a corresponding additional driver , spacers between the corresponding additional driver and the front portion , and the front portion of the enclosure , - at least one first port is adapted to open from each sub volume to ambient volume either to the side portion or the back portion of the enclosure , characterized in that it includes - at least one resistive resonator acoustically connected to each sub volume , the resonator being tuned to at least one of unwanted resonances of the sub volume , and wherein - each sub volume has two said resistive resonators on both sides of the at least said one driver , said two resistive resonators having different lengths for two unwanted frequencies of the sub volume . - an enclosure having a front portion, side portions and a back portion defining an inner volume , - the front portion is formed as a waveguide surface and includes at least one driver in the center of the waveguide surface and is capable of radiating the main acoustic power of the loudspeaker in the direction of a first acoustic axis , and - two additional drivers attached to the enclosure , - the additional drivers are attached inside the enclosure such that two sub volumes are formed inside the inner volume , each sub volume limited by a corresponding additional driver , spacers between the corresponding additional driver and the front portion , and the front portion of the enclosure , - at least one first port is adapted to open from each sub volume to ambient volume either to the side portion or the back portion of the enclosure , characterized in that it includes - at least one resistive resonator acoustically connected to each sub volume , the resonator being tuned to at least one of unwanted resonances of the sub volume , and wherein - each sub volume has two said resistive resonators on both sides of the at least said one driver , said two resistive resonators having different lengths for two unwanted frequencies of the sub volume .
A steel sheet for crown cap having a chemical composition containing, in mass%, C: more than 0.006 % and 0.012 % or less, Si: 0.02 % or less, Mn: 0.10 % or more and 0.60 % or less, P: 0.020 % or less, S: 0.020 % or less, Al: 0.01 % or more and 0.07 % or less, and N: 0.0080 % or more and 0.0200 % or less, with the balance being Fe and inevitable impurities, characterized in that the steel sheet has a percentage of a region of 4 % or more and less than 20 % at a position of 1/2 of a sheet thickness, the region having a dislocation density of 1 × 10 14 m -2 or less, measured utilizing the method described in the description. C: more than 0.006 % and 0.012 % or less, Si: 0.02 % or less, Mn: 0.10 % or more and 0.60 % or less, P: 0.020 % or less, S: 0.020 % or less, Al: 0.01 % or more and 0.07 % or less, and N: 0.0080 % or more and 0.0200 % or less, with the balance being Fe and inevitable impurities, characterized in that the steel sheet has a percentage of a region of 4 % or more and less than 20 % at a position of 1/2 of a sheet thickness, the region having a dislocation density of 1 × 10 14 m -2 or less, measured utilizing the method described in the description.
An unbonded flexible pipe for offshore applications, the pipe comprises an inner sealing sheath defining a bore and at least one armoring layer comprising metal, wherein the metal of the armoring layer is manganese steel with a composition comprising in mass % of the total steel composition 9-30 % manganese (Mn) 1-4 % aluminum (Al) 0-6 % silicium (Si) 0-4 % copper (Cu) 0-4 % nickel (Ni) 0-1 % carbon (C) the remainder is iron and impurities, the impurities comprise phosphor (P) in an amount in mass % of up to 0.15 % of the total steel composition, optionally the impurities comprise at least one of boron (B) in an amount in mass % of up to 0.01 % of the total steel composition; comprise nitrogen (N) in an amount in mass % of up to 0.03 % of the total steel composition; titanium (Ti) in an amount in mass % of up to 0.15 % of the total steel composition; niobium (Nb) in an amount in mass % of up to 0.15 % of the total steel composition; vanadium (V) in an amount in mass % of up to 0.15 % of the total steel composition; and chromium (Cr) in an amount in mass % of up to 0.15 % of the total steel composition.
A mixture of tenvermectin A and tenvermectin B, the structural formula of tenvermectin is: wherein, R is CH 3 or C 2 H 5 , when R is CH 3 , the compound is tenvermectin A, and when R is C 2 H 5 , the compound is tenvermectin B; the mass ratio between tenvermectin A and tenvermectin B is 1:9.
An adjustable guide to attach to the floor for hanging sliding doors, comprising a rectangular base with holes for attachment means to the floor, said base presenting a through aperture delimited in part by an integral moulded structure extending vertically with a substantially U-shaped cross-section on its side defining opposite faces (19-19') and, on a side facing one of said holes , an access mouth to a cavity comprised between the opposite faces and in which a wedge-shaped element is housed, characterised in that said holes are slotted holes, in that said wedge-shaped element can be pushed into said cavity by a dowel to expand said faces (19-19') progressively outwards, and in that said guide further comprises a quadrangular cross-section turret , integrally made with said base and positioned between said mouth and one of the holes , said turret being provided with a threaded through hole extending parallel to said base, into which said dowel 24 is screwed.
An absorbent article comprising: a cover layer; a barrier layer; and an absorbent system arranged between said cover layer and said barrier layer, said absorbent system comprising superabsorbent polymer (SAP); wherein said absorbent article has a drapeability index (BW/MCB) of at least 2.0 and said superabsorbent polymer has a gel blocking ratio at one minute of at least 0.25 and said superabsorbent polymer has a gel blocking ratio at five minutes of at least 0.60, wherein BW = average Basis Weight; and MCB = average Modified Circular Bend stiffness; wherein the average Basis Weight (BW), the average Modified Circular Bend stiffness (MCB) and the gel blocking ratio are obtained using the methods described in the description. a cover layer; a barrier layer; and an absorbent system arranged between said cover layer and said barrier layer, said absorbent system comprising superabsorbent polymer (SAP); wherein said absorbent article has a drapeability index (BW/MCB) of at least 2.0 and said superabsorbent polymer has a gel blocking ratio at one minute of at least 0.25 and said superabsorbent polymer has a gel blocking ratio at five minutes of at least 0.60, wherein BW = average Basis Weight; and MCB = average Modified Circular Bend stiffness;
A gas turbine engine (10;100) comprising: a compressor section having a downstream most blade stage (24;124) and a downstream vane row (26;126) positioned downstream of said downstream most blade stage (24;124), said downstream most blade stage (24;124) including a plurality of blade pairs (53;153) with the majority of blade pairs (53;153) being circumferentially spaced apart from others of said blade pairs (53;153), each said blade pair (53;153) being operatively connected to a rotor disk disposed radially inward from said blade pairs (53;153) with each said blade pair (53;153) including a forward blade (52;152) and an aft blade (54;154), said aft blades (54;154) being configured to further condition airflow with respect to said forward blade (52;152); characterised in that tangential onboard injector (TOBI) is positioned radially inwardly of said downstream vane row (26; 126); and a seal is provided between a downstream end of said downstream most blade stage (24;124) and an upstream end of said downstream vane row (26;126), said seal defining a cavity extending radially inwardly along a hub of said disk , wherein air passing through said TOBI is air having been compressed by said downstream most blade stage (24;124) of said compressor section , and said air passes through a heat exchanger before passing through said TOBI . a compressor section having a downstream most blade stage (24;124) and a downstream vane row (26;126) positioned downstream of said downstream most blade stage (24;124), said downstream most blade stage (24;124) including a plurality of blade pairs (53;153) with the majority of blade pairs (53;153) being circumferentially spaced apart from others of said blade pairs (53;153), each said blade pair (53;153) being operatively connected to a rotor disk disposed radially inward from said blade pairs (53;153) with each said blade pair (53;153) including a forward blade (52;152) and an aft blade (54;154), said aft blades (54;154) being configured to further condition airflow with respect to said forward blade (52;152); characterised in that tangential onboard injector (TOBI) is positioned radially inwardly of said downstream vane row (26; 126); and a seal is provided between a downstream end of said downstream most blade stage (24;124) and an upstream end of said downstream vane row (26;126), said seal defining a cavity extending radially inwardly along a hub of said disk , wherein air passing through said TOBI is air having been compressed by said downstream most blade stage (24;124) of said compressor section , and said air passes through a heat exchanger before passing through said TOBI .
A radiation detector element comprising: - a stack of layers superimposed in a stacking direction (Z), the stack having a first face and a second face and comprising a radiation-absorbing layer consisting of a first semiconductor material (M1) having a first band gap value and at least one barrier layer consisting of a second semiconductor material (M2) having a second band gap value, the second band gap value being strictly greater than the first band gap value; and - a reading circuit delimited in the stacking direction (Z) by the first face ; the absorbing layer comprising a first portion having a doping of a first type chosen from among n-type doping and p-type doping, and a second portion having a doping of a second type chosen from among n-type doping and p-type doping, the second type of doping being different from the first type of doping, the first portion and the second portion forming a first p-n junction; the stack further delimiting a primary hole traversing each of the layers of the stack , the primary hole receiving at least part of a primary electrode electrically connecting the second portion to the reading circuit and traversing the first face , the first p-n junction surrounding the primary electrode in a plane orthogonal to the stacking direction (Z), and the second face carrying at least one band delimited in the stacking direction (Z) by the barrier layer , the band being made from the second semiconductor material (M2) and having a doping of the first type and a free carrier density greater than or equal to 1.10 17 cm -3 . - a stack of layers superimposed in a stacking direction (Z), the stack having a first face and a second face and comprising a radiation-absorbing layer consisting of a first semiconductor material (M1) having a first band gap value and at least one barrier layer consisting of a second semiconductor material (M2) having a second band gap value, the second band gap value being strictly greater than the first band gap value; and - a reading circuit delimited in the stacking direction (Z) by the first face ; the absorbing layer comprising a first portion having a doping of a first type chosen from among n-type doping and p-type doping, and a second portion having a doping of a second type chosen from among n-type doping and p-type doping, the second type of doping being different from the first type of doping, the first portion and the second portion forming a first p-n junction;
A method of operating a wireless terminal, the method comprising: maintaining first and second OFDM communications links at the same time with first and second network points of attachment, respectively; receiving tones used to communicate signals over the first OFDM communications link, said tones used to communicate signals over the first OFDM communications link communicating packets corresponding to a first application; receiving tones used to communicate signals over the second OFDM communications link, said tones used to communicate signals over the second communications link communicating packets corresponding to a second application; and recovering packets from received tones corresponding to said first and second OFDM communications links, wherein maintaining first and second communications links at the same time with first and second network points of attachment includes maintaining two different IP addresses assigned to the wireless terminal, a first IP address associated with the first application and a second IP address associated with the second application. maintaining first and second OFDM communications links at the same time with first and second network points of attachment, respectively; receiving tones used to communicate signals over the first OFDM communications link, said tones used to communicate signals over the first OFDM communications link communicating packets corresponding to a first application; receiving tones used to communicate signals over the second OFDM communications link, said tones used to communicate signals over the second communications link communicating packets corresponding to a second application; and recovering packets from received tones corresponding to said first and second OFDM communications links, wherein maintaining first and second communications links at the same time with first and second network points of attachment includes maintaining two different IP addresses assigned to the wireless terminal, a first IP address associated with the first application and a second IP address associated with the second application.
A transmission with a transmission housing , in the interior of which at least one intermeshed gear pair is arranged, said gear pair being formed from a first gear wheel with a first toothing and a second gear wheel with a second toothing , wherein a separating insert is arranged in the transmission housing , said separating insert dividing the interior of the transmission housing into a first chamber and a second chamber , wherein the first and the second toothing of the first and second gear wheels are arranged in the first chamber , the first chamber circularly surrounds the second chamber , the separating insert cooperates with the second gear wheel and thereby forms a sealing means, which is designed to retain a lubricant in the first chamber , wherein the separating insert is arranged directly adjacent the first and second gear wheel in the axial direction (X) and has a gear wheel mount , which encloses the toothing of the first gear wheel , at least in sections, and wherein the second gear wheel and the separating insert have at least one peripheral protrusion and one peripheral groove corresponding to the protrusion , and are characterized in that the protrusion engages the groove without contact such that the protrusion and the groove form a labyrinth seal as the sealing means.
A computer system, comprising: a processor; a display device coupled to the processor; and memory coupled to the processor and comprising instructions that, when executed, cause the processor to perform a method used for planning radiation treatment, the method comprising: accessing information comprising a location of an isocenter that is based on a location of a treatment target; accessing information comprising a value of beam energy for a beam of radiation and also comprising a value of an angle of the beam relative to the treatment target; determining a range of a field of the beam relative to the treatment target using the isocenter and the angle; determining whether the range satisfies a criterion; and when the criterion is satisfied, including the value of the angle of the beam in a plan for the radiation treatment. a processor; a display device coupled to the processor; and memory coupled to the processor and comprising instructions that, when executed, cause the processor to perform a method used for planning radiation treatment, the method comprising: accessing information comprising a location of an isocenter that is based on a location of a treatment target; accessing information comprising a value of beam energy for a beam of radiation and also comprising a value of an angle of the beam relative to the treatment target; determining a range of a field of the beam relative to the treatment target using the isocenter and the angle; determining whether the range satisfies a criterion; and when the criterion is satisfied, including the value of the angle of the beam in a plan for the radiation treatment. accessing information comprising a location of an isocenter that is based on a location of a treatment target; accessing information comprising a value of beam energy for a beam of radiation and also comprising a value of an angle of the beam relative to the treatment target; determining a range of a field of the beam relative to the treatment target using the isocenter and the angle; determining whether the range satisfies a criterion; and when the criterion is satisfied, including the value of the angle of the beam in a plan for the radiation treatment.
A heat exchanger comprising: a main body of the heat exchanger ; and a supported member bonded to the main body of the heat exchanger with a brazing material and used to fix the main body of the heat exchanger to a supporting member by a fixing member, the supported member including: a bonding surface to which the brazing material is applied; a rising portion rising from the bonding surface ; and a through-hole through which the fixing member is passed, wherein the through-hole is opened at the rising portion , penetrates the supported member , and has an inner peripheral surface to which the brazing material is not applied, wherein the main body of the heat exchanger includes heat transfer tubes (31 to 34) through which a refrigerant flows, characterized in that the supported member is bonded to surfaces of the heat transfer tubes (31 to 34). a main body of the heat exchanger ; and a supported member bonded to the main body of the heat exchanger with a brazing material and used to fix the main body of the heat exchanger to a supporting member by a fixing member, the supported member including: a bonding surface to which the brazing material is applied; a rising portion rising from the bonding surface ; and a through-hole through which the fixing member is passed, a bonding surface to which the brazing material is applied; a rising portion rising from the bonding surface ; and a through-hole through which the fixing member is passed, wherein the through-hole is opened at the rising portion , penetrates the supported member , and has an inner peripheral surface to which the brazing material is not applied, wherein the main body of the heat exchanger includes heat transfer tubes (31 to 34) through which a refrigerant flows, characterized in that the supported member is bonded to surfaces of the heat transfer tubes (31 to 34).
A pharmaceutical composition, comprising: (i) azvudine or a pharmaceutically acceptable salt, a stereoisomer or an isotopic derivative thereof; (ii) an EGFR/TKI inhibitor, wherein the EGFR/TKI inhibitor is selected from the group consisting of osimertinib, doxitinib and a combination thereof, wherein doxitinib is a compound according to the following structure: (i) azvudine or a pharmaceutically acceptable salt, a stereoisomer or an isotopic derivative thereof; (ii) an EGFR/TKI inhibitor, wherein the EGFR/TKI inhibitor is selected from the group consisting of osimertinib, doxitinib and a combination thereof, wherein doxitinib is a compound according to the following structure: