mhurhangee/patent-ind-claim-en huggingface dataset:
A control device for a hybrid vehicle, comprising: an engine (Eng); a motor (MG) provided to a drive system from the engine (Eng) to a drive wheel (RL, RR) and having a drive motor function as well as an engine startup motor function; a first clutch (CL1) for switching to a hybrid vehicle travel mode by engaging and an electric automobile travel mode by disengaging, the first clutch (CL1) being installed between the engine (Eng) and the motor (MG); an automatic transmission (AT) for automatically varying a gear ratio, the automatic transmission (AT) being installed between the motor (MG) and the drive wheel (RL, RR); and a second clutch (CL2) for maintaining a slip-engaged state during engine startup control, the second clutch (CL2) being installed in any position from the motor (MG) to the drive wheel (RL, RR), characterized by further comprising: a startup/shifting simultaneous processing means that is configured, when there is, during travel, a simultaneous processing of startup control of the engine (Eng) initiated based on a startup request, and down-shifting control of the automatic transmission (AT) initiated based on a shift request, to execute the engine startup control and down-shifting control in parallel, to complete down-shifting after engine startup is initiated and before engine startup is completed by engaging an engaged element which is engaged for the purpose of down-shifting, and to place the state of the automatic transmission (AT) into a state of transmitting drive force in the shift position after the down-shifting. an engine (Eng); a motor (MG) provided to a drive system from the engine (Eng) to a drive wheel (RL, RR) and having a drive motor function as well as an engine startup motor function; a first clutch (CL1) for switching to a hybrid vehicle travel mode by engaging and an electric automobile travel mode by disengaging, the first clutch (CL1) being installed between the engine (Eng) and the motor (MG); an automatic transmission (AT) for automatically varying a gear ratio, the automatic transmission (AT) being installed between the motor (MG) and the drive wheel (RL, RR); and a second clutch (CL2) for maintaining a slip-engaged state during engine startup control, the second clutch (CL2) being installed in any position from the motor (MG) to the drive wheel (RL, RR), characterized by further comprising: a startup/shifting simultaneous processing means that is configured, when there is, during travel, a simultaneous processing of startup control of the engine (Eng) initiated based on a startup request, and down-shifting control of the automatic transmission (AT) initiated based on a shift request, to execute the engine startup control and down-shifting control in parallel, to complete down-shifting after engine startup is initiated and before engine startup is completed by engaging an engaged element which is engaged for the purpose of down-shifting, and to place the state of the automatic transmission (AT) into a state of transmitting drive force in the shift position after the down-shifting.
A nuclear reactor system comprising: a nuclear reactor core including: an array of fuel elements (102A-N); and a composite moderator medium formed of two or more moderators; wherein: the two or more moderators include a low moderating material and a high moderating material ; the high moderating material has a higher neutron slowing down power compared to the low moderating material ; the low moderating material includes a moderating matrix of silicon carbide SiC or magnesium oxide MgO ; and the high moderating material is dispersed within the moderating matrix and includes beryllium Be, boron B, or a compound thereof. a nuclear reactor core including: an array of fuel elements (102A-N); and a composite moderator medium formed of two or more moderators; an array of fuel elements (102A-N); and a composite moderator medium formed of two or more moderators; wherein: the two or more moderators include a low moderating material and a high moderating material ; the high moderating material has a higher neutron slowing down power compared to the low moderating material ; the low moderating material includes a moderating matrix of silicon carbide SiC or magnesium oxide MgO ; and the high moderating material is dispersed within the moderating matrix and includes beryllium Be, boron B, or a compound thereof. the two or more moderators include a low moderating material and a high moderating material ; the high moderating material has a higher neutron slowing down power compared to the low moderating material ; the low moderating material includes a moderating matrix of silicon carbide SiC or magnesium oxide MgO ; and the high moderating material is dispersed within the moderating matrix and includes beryllium Be, boron B, or a compound thereof.
A pharmaceutical composition of 19 F-FACBC characterised in that said composition: (i) comprises 50-100 mM citrate buffer; and, (ii) has a pH of 4.0-5.0 with the proviso that said composition does not comprise a sugar lactone or a sugar alcohol radiostabiliser. (i) comprises 50-100 mM citrate buffer; and, (ii) has a pH of 4.0-5.0
A sensor device , comprising: a first substrate ; a second substrate disposed opposite the first substrate; a flow channel disposed between the first substrate and the second substrate, the flow channel comprising a fluidic boundary near to the edge of the flow channel ; and a first reaction group disposed on the first substrate, the first reaction group comprising a first reaction site (102/102A), a second reaction site (102/102B) and a third reaction site (102/102C), wherein the first reaction site is closer to the fluidic boundary than the second reaction site, and a size of the first reaction site is greater than a size of the second reaction site, wherein the second reaction site is closer to the fluidic boundary than the third reaction site, and the size of the second reaction site is greater than a size of the third reaction site, wherein the flow channel comprises an inlet and an outlet , the first reaction site and the second reaction site are on a cross-sectional line (A-A'), and the cross-sectional line is perpendicular to an extending line (Ex) of the inlet and the outlet, the extending line being a connection line between center points of the inlet and the outlet, and wherein: the reaction sites are openings formed in the first substrate or the sensor device further comprises a first spacer layer disposed on the first substrate and between the first substrate and the second substrate and the reaction sites are defined by openings included in the first spacer layer . a first substrate ; a second substrate disposed opposite the first substrate; a flow channel disposed between the first substrate and the second substrate, the flow channel comprising a fluidic boundary near to the edge of the flow channel ; and a first reaction group disposed on the first substrate, the first reaction group comprising a first reaction site (102/102A), a second reaction site (102/102B) and a third reaction site (102/102C), wherein the first reaction site is closer to the fluidic boundary than the second reaction site, and a size of the first reaction site is greater than a size of the second reaction site, wherein the second reaction site is closer to the fluidic boundary than the third reaction site, and the size of the second reaction site is greater than a size of the third reaction site, wherein the flow channel comprises an inlet and an outlet , the first reaction site and the second reaction site are on a cross-sectional line (A-A'), and the cross-sectional line is perpendicular to an extending line (Ex) of the inlet and the outlet, the extending line being a connection line between center points of the inlet and the outlet, and wherein: the reaction sites are openings formed in the first substrate or
Unit for treating flowing liquid, especially for treating waste water, with a well , with an inlet conduit connector and with an outlet conduit connector at the outside of the well , with a connecting conduit inside the well , said connecting conduit connecting the inlet conduit connector to the outlet conduit connector , with at least one storage tank for at least one liquid or gaseous chemical, with a metering pump or compressor for pumping the at least one chemical from the storage tank into the connecting conduit and with control means for activating the metering pump or compressor , characterised in that the metering pump or compressor , the storage tank and the control means are arranged inside the well with the storage tank being arranged at the bottom of the well , with the upper side of the storage tank or a platform arranged on the upper side of the storage tank forming a floor surface for a person entering the well .
An oral pharmaceutical composition for use in therapy by administration twice a day, comprising: a therapeutically effective amount of 17-hydroxyprogesterone caproate , and a pharmaceutically acceptable carrier said therapeutically effective amount ranging from 400 mg to 800 mg 17HPC, said 17HPC being particulate and having a mean particle diameter of 50 μm or less, wherein the pharmaceutically acceptable carrier includes: a hydrophilic surfactant chosen from a poloxamer, a polyethylene glycol sorbitan fatty acid ester, a sorbitan fatty acid ester, a polyethylene glycol glycerol fatty acid ester, sodium lauryl sulfate, sodium dioctyl sulfosuccinate, a lecithin, a bile salt or a combination thereof, and polyvinylpyrrolidone, croscarmellose, microcrystalline cellulose, magnesium stearate, silicon dioxide, stearic acid, mannitol, a polyvinyl alcohol copolymer, a polyvinylpyrrolidone copolymer, a polyethylene glycol copolymer, a methacrylic acid copolymer or a combination thereof; and when administered twice a day to a human subject, the oral pharmaceutical composition provides a 17HPC C avg-24h of greater than 5.0 ng/mL. a therapeutically effective amount of 17-hydroxyprogesterone caproate , and a pharmaceutically acceptable carrier said therapeutically effective amount ranging from 400 mg to 800 mg 17HPC, said 17HPC being particulate and having a mean particle diameter of 50 μm or less, wherein the pharmaceutically acceptable carrier includes: a hydrophilic surfactant chosen from a poloxamer, a polyethylene glycol sorbitan fatty acid ester, a sorbitan fatty acid ester, a polyethylene glycol glycerol fatty acid ester, sodium lauryl sulfate, sodium dioctyl sulfosuccinate, a lecithin, a bile salt or a combination thereof, and polyvinylpyrrolidone, croscarmellose, microcrystalline cellulose, magnesium stearate, silicon dioxide, stearic acid, mannitol, a polyvinyl alcohol copolymer, a polyvinylpyrrolidone copolymer, a polyethylene glycol copolymer, a methacrylic acid copolymer or a combination thereof; and when administered twice a day to a human subject, the oral pharmaceutical composition provides a 17HPC C avg-24h of greater than 5.0 ng/mL. a hydrophilic surfactant chosen from a poloxamer, a polyethylene glycol sorbitan fatty acid ester, a sorbitan fatty acid ester, a polyethylene glycol glycerol fatty acid ester, sodium lauryl sulfate, sodium dioctyl sulfosuccinate, a lecithin, a bile salt or a combination thereof, and polyvinylpyrrolidone, croscarmellose, microcrystalline cellulose, magnesium stearate, silicon dioxide, stearic acid, mannitol, a polyvinyl alcohol copolymer, a polyvinylpyrrolidone copolymer, a polyethylene glycol copolymer, a methacrylic acid copolymer or a combination thereof; and when administered twice a day to a human subject, the oral pharmaceutical composition provides a 17HPC C avg-24h of greater than 5.0 ng/mL.
A seal apparatus comprising: a seal assembly comprising a plurality of seal elements assembled together to form a ring structure around a longitudinal axis, each of the plurality of seal elements being formed from a compliant, compressible or resilient material; wherein the ring structure is operable to be moved between an expanded condition and a collapsed condition by sliding of the plurality of seal elements with respect to one another along respective contact surfaces , characterised in that the sliding of the elements to an expanded condition is tangential to a circle defined around the longitudinal axis of the apparatus; and in that alternate seal elements in the ring structure are formed from different materials or the same class of material or compound with different material characteristics. a seal assembly comprising a plurality of seal elements assembled together to form a ring structure around a longitudinal axis, each of the plurality of seal elements being formed from a compliant, compressible or resilient material; wherein the ring structure is operable to be moved between an expanded condition and a collapsed condition by sliding of the plurality of seal elements with respect to one another along respective contact surfaces , characterised in that the sliding of the elements to an expanded condition is tangential to a circle defined around the longitudinal axis of the apparatus; and in that alternate seal elements in the ring structure are formed from different materials or the same class of material or compound with different material characteristics.
An automatic tire inflation system comprising: a source of pressurized fluid; a first pneumatic tire having a valve stem configured to receive pressurized fluid; a rotary air connection in sealed fluid communication between the source of pressurized fluid and the first pneumatic tire; the automatic tire inflation system being characterized by : a first visual flow indicator disposed in a path of sealed fluid communication between the rotary air connection and the first pneumatic tire; said first visual flow indicator comprising at least one of a digital display coupled to a flow switch for activating a first lighted indicator, the first lighted indicator being statefully controlled so as to indicate fluid flow above a threshold fluid flow rate, a visual alert mechanism configured to be observably moved by air flow, and a flow meter. a source of pressurized fluid; a first pneumatic tire having a valve stem configured to receive pressurized fluid; a rotary air connection in sealed fluid communication between the source of pressurized fluid and the first pneumatic tire; the automatic tire inflation system being characterized by : a first visual flow indicator disposed in a path of sealed fluid communication between the rotary air connection and the first pneumatic tire; said first visual flow indicator comprising at least one of a digital display coupled to a flow switch for activating a first lighted indicator, the first lighted indicator being statefully controlled so as to indicate fluid flow above a threshold fluid flow rate, a visual alert mechanism configured to be observably moved by air flow, and a flow meter. a first visual flow indicator disposed in a path of sealed fluid communication between the rotary air connection and the first pneumatic tire; said first visual flow indicator comprising at least one of a digital display coupled to a flow switch for activating a first lighted indicator, the first lighted indicator being statefully controlled so as to indicate fluid flow above a threshold fluid flow rate, a visual alert mechanism configured to be observably moved by air flow, and a flow meter.
A surgical device for injecting an intraocular lens in a controlled manner, comprising: a modular portion for holding the intraocular lens; an injector coupled with the modular portion , the injector having a distal portion , a body , and a plunger ; wherein the distal portion includes a front seal ; wherein the front seal has a bore ; wherein the distal portion of the plunger is tapered; wherein the body comprises of an aperture ; characterised in that the plunger comprises a sealing element with a small aperture through which fluid passes towards a proximal end of the body when the plunger advances distally. a modular portion for holding the intraocular lens; an injector coupled with the modular portion , the injector having a distal portion , a body , and a plunger ; wherein the distal portion includes a front seal ; wherein the front seal has a bore ; wherein the distal portion of the plunger is tapered; wherein the body comprises of an aperture ; characterised in that the plunger comprises a sealing element with a small aperture through which fluid passes towards a proximal end of the body when the plunger advances distally.
A method of manufacturing a buried word line structure, comprising: (S410) providing a semiconductor substrate ; (S420) injecting target ions into the semiconductor substrate to form an injected region in the semiconductor substrate ; (S430) annealing the semiconductor substrate comprising the injected region to convert the injected region into an insulation region ; (S440) forming a word line trench in the insulation region ; and (S450) filling the word line trench with a word line metal to form the buried word line structure, characterized in that , the method further comprises: before (S420) injecting target ions into the semiconductor substrate , forming a first mask layer on an upper surface of the semiconductor substrate , wherein the first mask layer comprises a first opening configured to partially expose the upper surface of the semiconductor substrate ; and before (S440) forming the word line trench in the insulation region , forming a second mask layer on the upper surface of the semiconductor substrate , wherein the second mask layer comprises a second opening configured to partially expose the upper surface of the insulation region , and the second opening is smaller than the first opening . (S410) providing a semiconductor substrate ; (S420) injecting target ions into the semiconductor substrate to form an injected region in the semiconductor substrate ; (S430) annealing the semiconductor substrate comprising the injected region to convert the injected region into an insulation region ; (S440) forming a word line trench in the insulation region ; and (S450) filling the word line trench with a word line metal to form the buried word line structure, characterized in that , the method further comprises: before (S420) injecting target ions into the semiconductor substrate , forming a first mask layer on an upper surface of the semiconductor substrate , wherein the first mask layer comprises a first opening configured to partially expose the upper surface of the semiconductor substrate ; and before (S440) forming the word line trench in the insulation region , forming a second mask layer on the upper surface of the semiconductor substrate , wherein the second mask layer comprises a second opening configured to partially expose the upper surface of the insulation region , and the second opening is smaller than the first opening . before (S420) injecting target ions into the semiconductor substrate , forming a first mask layer on an upper surface of the semiconductor substrate , wherein the first mask layer comprises a first opening configured to partially expose the upper surface of the semiconductor substrate ; and before (S440) forming the word line trench in the insulation region , forming a second mask layer on the upper surface of the semiconductor substrate , wherein the second mask layer comprises a second opening configured to partially expose the upper surface of the insulation region , and the second opening is smaller than the first opening .
A method of operation of a network node , the method comprising: determining that data is available for Downlink, DL, transmission of a first traffic type to a User Equipment, UE ; identifying a DL transmission of a second traffic type to be punctured; transmitting the DL transmission of the first traffic type by puncturing the identified DL transmission of the second traffic type; receiving a Hybrid Automatic Repeat Request, HARQ, Negative Acknowledgement, NACK, associated with the punctured DL transmission of the second traffic type; and excluding the HARQ NACK associated with the punctured DL transmission of the second traffic type from a DL Contention Window Size, CWS, adjustment operation of the network node . determining that data is available for Downlink, DL, transmission of a first traffic type to a User Equipment, UE ; identifying a DL transmission of a second traffic type to be punctured; transmitting the DL transmission of the first traffic type by puncturing the identified DL transmission of the second traffic type; receiving a Hybrid Automatic Repeat Request, HARQ, Negative Acknowledgement, NACK, associated with the punctured DL transmission of the second traffic type; and excluding the HARQ NACK associated with the punctured DL transmission of the second traffic type from a DL Contention Window Size, CWS, adjustment operation of the network node .
An agricultural harvester having a threshing mechanism , a separating mechanism , a grain cleaning mechanism , a chassis and a return pan , the return pan comprising: a generally planar and rectangular upper surface disposed in a generally horizontal orientation underneath the separating mechanism and above the grain cleaning mechanism , wherein the upper surface defines a rear end of the return pan and is configured to receive grain from the separating mechanism and to convey the received grain forwardly, and wherein the upper surface further defines a front end of the return pan configured to discharge forwardly conveyed grain onto the cleaning mechanism ; and a first sensor supported at the upper surface and extending only partway across the width of the return pan wherein the first sensor is configured to generate a signal indicating a relative quantity of grain passing adjacent the first sensor ; wherein a region of the upper surface is upstream of the first sensor ; characterized in that the region of the upper surface upstream of the first sensor comprises a first portion with a first inclined surface that is configured to use gravity to steer grain laterally toward an inlet of the first sensor . a generally planar and rectangular upper surface disposed in a generally horizontal orientation underneath the separating mechanism and above the grain cleaning mechanism , wherein the upper surface defines a rear end of the return pan and is configured to receive grain from the separating mechanism and to convey the received grain forwardly, and wherein the upper surface further defines a front end of the return pan configured to discharge forwardly conveyed grain onto the cleaning mechanism ; and a first sensor supported at the upper surface and extending only partway across the width of the return pan wherein the first sensor is configured to generate a signal indicating a relative quantity of grain passing adjacent the first sensor ; wherein a region of the upper surface is upstream of the first sensor ; characterized in that the region of the upper surface upstream of the first sensor comprises a first portion with a first inclined surface that is configured to use gravity to steer grain laterally toward an inlet of the first sensor .