mhurhangee/ep-ind-claims huggingface dataset:
Pharmaceutical composition comprising a mixture of APG101 isoforms wherein unmodified APG101 is represented by SEQ ID NO:1 said mixture comprising APG101 variants N-terminally truncated and whose first amino acid is amino acid 17, 21 and 26 with respect to SEQ ID NO:1 and less than 1 mol% unmodified APG101 according to SEQ ID NO:1 and distributing within a pl range of 4.0 - 8.5, and wherein said mixture of APG101 isoforms is obtainable by a method comprising the steps (a) producing a mixture of APG101 isoforms by a fed-batch production process providing a cell harvest using a peptone-containing basal medium, and (b) isolating the mixture of APG101 isoforms from the cell harvest, wherein step (a) comprises a series of cultivation steps of a given master cell batch until relevant harvest parameters are reached, followed by cell sedimentation and filtration of fusion protein containing supernatant, wherein the relevant harvest parameters are an APG101 titer within a range of 0.5 g/l - 5 g/l and a cell density of about 1 x 10 6 - 1 x 10 8 cells/ml and step (b) comprises capture chromatography, virus inactivation, a series of anion and/or cation chromatography, virus filtration and adjustment to a desired final protein concentration. (a) producing a mixture of APG101 isoforms by a fed-batch production process providing a cell harvest using a peptone-containing basal medium, and (b) isolating the mixture of APG101 isoforms from the cell harvest,
Mobile comminuting system having a meterable feeding unit for material to be comminuted, a reversible impact comminuter, connected downstream, as a comminuter, and having a screen unit connected downstream from the comminuter in production direction for separating valuable grain from oversize grain, as well as a controller controlling the production, wherein a first quantity measuring unit for the material to be comminuted and to be screened is arranged prior to the screen unit and a second quantity measuring unit for measuring the quantity of the produced valuable grain is arranged after the screen unit, wherein the controller is configured to determine a proportion of valuable grain and deviations from a target proportion of valuable grain and/or a proportion of oversize grain and deviations from a target proportion of oversize grain, wherein the proportion of valuable grain is defined as the ratio of the quantity of the valuable grain to the quantity of the material to be screened, and wherein a proportion of oversize grain is the ratio of the difference of the quantities of material to be screened and valuable grain to the quantity of the material to be screened.
An antiperspirant composition comprising (a) A metal based antiperspirant active; (b) A natural oil that comprises a glyceride of an unsaturated carboxylic/fatty acid; (c) An antioxidant compound; (d) A non-ionic surfactant having an HLB of less than 11; and (e) less than 10 wt% water. wherein the non-ionic surfactant is selected from polyoxyethylene sorbitan alkyl esters, fatty alcohol ethoxylates, or sorbitan monoester, alkyl polyglucosides or C8-C16 fatty alcohol glycoside. (a) A metal based antiperspirant active; (b) A natural oil that comprises a glyceride of an unsaturated carboxylic/fatty acid; (c) An antioxidant compound; (d) A non-ionic surfactant having an HLB of less than 11; and (e) less than 10 wt% water.
A header for an agricultural harvester, comprising: a plurality of row units; a plurality of feed/snapping units, each said feed/snapping unit being associated with a respective said row unit and operable at a first operating speed; a first input drive couplable with a base unit of the harvester said first input drive including a first input drive shaft and being connected with a first common drive shaft (44, 48) extending across said header and coupled with each said feed/snapping unit; and a plurality of chopping units, each said chopping unit being associated with at least one respective said feed/snapping unit and operable at a constant second operating speed, independent of said first operating speed, characterized in that the header further comprises: a second input drive couplable with the base unit of the harvester, said second input drive including a second input drive shaft and being connected with a second common drive shaft (44, 48) extending across said header and coupled with each said chopping unit. a plurality of row units; a plurality of feed/snapping units, each said feed/snapping unit being associated with a respective said row unit and operable at a first operating speed; a first input drive couplable with a base unit of the harvester said first input drive including a first input drive shaft and being connected with a first common drive shaft (44, 48) extending across said header and coupled with each said feed/snapping unit; and a plurality of chopping units, each said chopping unit being associated with at least one respective said feed/snapping unit and operable at a constant second operating speed, independent of said first operating speed, characterized in that the header further comprises: a second input drive couplable with the base unit of the harvester, said second input drive including a second input drive shaft and being connected with a second common drive shaft (44, 48) extending across said header and coupled with each said chopping unit. a second input drive couplable with the base unit of the harvester, said second input drive including a second input drive shaft and being connected with a second common drive shaft (44, 48) extending across said header and coupled with each said chopping unit.
A rearward pedal movement restraint assembly for a vehicle, the rearward pedal movement restraint assembly having a knee panel that protects the knees of a vehicle occupant in the event of a frontal collision of the vehicle, the knee panel being attached to an instrument panel reinforcement that extends in a transverse direction of the vehicle; and a pedal that moves rearward by the impact of the frontal collision when the frontal collision occurs, wherein the rearward movement of the pedal caused by the impact of the frontal collision brings the pedal in contact with a front end portion of the knee panel at an intermediate portion of the pedal that is below a rotation center of the pedal so that the pedal pivots toward the front of the vehicle, the rearward pedal movement restraint assembly characterized by comprising a bracket that attaches the knee panel to the instrument panel reinforcement, wherein the bracket includes an upper bracket that is plastically deformable by a load that is transmitted to the knee panel by the knees of the occupant, and a lower bracket that supports a reaction force that is induced by deployment of a knee airbag, and the lower bracket is fixed to or near the front end portion of the knee panel.
A retrofit lighting device (100, 200, 500, 600) comprising: at least one light source (140,540) for providing light; an envelope (110, 510, 610) encompassing said light source; a base to which said envelope is engaged; the base being attached with a cap for engaging with a socket, a control means for adjusting the lighting settings of said lighting device, wherein said control means are arranged for detecting a position in relation to said base of a point of reference being movably arranged on said lighting device, and wherein said lighting settings are adjusted in response to said detected position; and a control element to which said reference point is associated, wherein said control element is a capacitive touch sensor or non-contact sensor, characterized in that said capacitive touch sensor or said non-contact sensor is arranged by means of a transparent conductor on an inner or outer side of said envelope. at least one light source (140,540) for providing light; an envelope (110, 510, 610) encompassing said light source; a base to which said envelope is engaged; the base being attached with a cap for engaging with a socket, a control means for adjusting the lighting settings of said lighting device, wherein said control means are arranged for detecting a position in relation to said base of a point of reference being movably arranged on said lighting device, and wherein said lighting settings are adjusted in response to said detected position; and a control element to which said reference point is associated, wherein said control element is a capacitive touch sensor or non-contact sensor, characterized in that said capacitive touch sensor or said non-contact sensor is arranged by means of a transparent conductor on an inner or outer side of said envelope.
An apparatus for quick release of a conduit, the apparatus including: a conduit mechanically coupled to a sending location and a receiving location; an emergency release coupling mechanically coupled to the conduit; a radio receiver on the ERC; a pneumatic release system (504, 508, 510, 512) coupled to the ERC, wherein the pneumatic release system (504, 508, 510, 512) decouples the conduit when triggered by the radio receiver; and a pair of transponders, wherein the transponders measure the distance between the sending location and the receiving location. a conduit mechanically coupled to a sending location and a receiving location; an emergency release coupling mechanically coupled to the conduit; a radio receiver on the ERC; a pneumatic release system (504, 508, 510, 512) coupled to the ERC, wherein the pneumatic release system (504, 508, 510, 512) decouples the conduit when triggered by the radio receiver; and a pair of transponders, wherein the transponders measure the distance between the sending location and the receiving location.
An automatic analyzer, comprising: a reaction vessel containing a mixture of a sample and a reagent; an incubator having a hole into which the reaction vessel is to be inserted; a transfer unit configured to transfer an unused reaction vessel to the incubator and insert the reaction vessel into the hole; and a lubricating member having a self-lubricating property provided at an inlet port of the hole, characterized in that the reaction vessel has a translucent surface which is a flat surface through which light for analysis is to be transmitted, the lubricating member has a directional portion that directs the translucent surface in a predetermined direction, the reaction vessel further has a protrusion that protrudes from a side surface, and the directional portion has a guide groove which is a groove that fits with the protrusion and which has a Y-groove shape along which relative displacement of the protrusion to the guide groove is corrected. a reaction vessel containing a mixture of a sample and a reagent; an incubator having a hole into which the reaction vessel is to be inserted; a transfer unit configured to transfer an unused reaction vessel to the incubator and insert the reaction vessel into the hole; and a lubricating member having a self-lubricating property provided at an inlet port of the hole, characterized in that the reaction vessel has a translucent surface which is a flat surface through which light for analysis is to be transmitted, the lubricating member has a directional portion that directs the translucent surface in a predetermined direction, the reaction vessel further has a protrusion that protrudes from a side surface, and the directional portion has a guide groove which is a groove that fits with the protrusion and which has a Y-groove shape along which relative displacement of the protrusion to the guide groove is corrected.
Growing-up-milk composition comprising probiotic micro-organisms to be administered to infants or young children starting from the age of 10 months, wherein the probiotic micro-organisms comprise non-replicating probiotic micro-organisms, and at least 90 % of said probiotics micro-organisms are non-replicating probiotic micro-organisms, wherein said non-replicating probiotic micro-organisms is Bifidobacterium breve NCC 2950, wherein said composition has a caloric density in the range of 70-80 kcal/100ml, and comprises a protein source in an amount of 2-3 g/100kcal, a carbohydrate source in an amount of 12-15 g/100kcal, and a lipid source in an amount of 3-4.6 g/100kcal.
Composition comprising a modified polypropylene composition (mPP) and an inorganic filler, wherein said modified polypropylene composition (mPP) is obtained by treatment of a polypropylene composition with a peroxide, said polypropylene composition comprising (a) a heterophasic composition (HECO), comprising a (semi)crystalline polypropylene and an elastomeric ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, (b) a plastomer being a copolymer of ethylene and at least one C4 to C20 α-olefin, and (c) optionally a high flow polypropylene, said high flow polypropylene has preferably a higher melt flow rate MFR 2 (230 °C), measured according to ISO 1133, than the (semi)crystalline polypropylene, wherein the modified polypropylene composition (mPP) has (i) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 above 32 g/10 min, and (ii) an intrinsic viscosity IV determined according to DIN ISO 1628/1 (in Decalin at 135 °C) of the xylene soluble fraction XCS below 2.30 dl/g and (iii) an intrinsic viscosity IV determined according to DIN ISO 1628/1 (in Decalin at 135 °C) of the xylene insoluble fraction XCI below 1.05 dl/g. (a) a heterophasic composition (HECO), comprising a (semi)crystalline polypropylene and an elastomeric ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, a (semi)crystalline polypropylene and an elastomeric ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, (b) a plastomer being a copolymer of ethylene and at least one C4 to C20 α-olefin, and (c) optionally a high flow polypropylene, said high flow polypropylene has preferably a higher melt flow rate MFR 2 (230 °C), measured according to ISO 1133, than the (semi)crystalline polypropylene, (i) a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 above 32 g/10 min, and (ii) an intrinsic viscosity IV determined according to DIN ISO 1628/1 (in Decalin at 135 °C) of the xylene soluble fraction XCS below 2.30 dl/g and (iii) an intrinsic viscosity IV determined according to DIN ISO 1628/1 (in Decalin at 135 °C) of the xylene insoluble fraction XCI below 1.05 dl/g.
Receiver-transmitter containing active two-face phased arrays (APAs) comprising transmit-receive modules each one of them including two radiating elements, a transmitter, two receivers, two isolator switches, mixers, a phase shifter, wherein the two-face phased arrays are made unidimensional or two-dimensional, they are arranged in the horizontal plane at an angle of 75 - 105° to each other while keeping the capability of all-round looking, characterized in that the transmit-receive module is provided with an additional phase shifter, each one of said both phase shifters being permanently connected, via a selector switch, to one of the receivers or to the transmitter, and the transmitter is connected, via a selector switch and circulators, to the radiating elements with the possibility to be alternately connected to the radiating elements with the use of different frequencies and/or with the use of a different signal coding, corresponding to different frequencies and coding of receivers receiving mode with the possibility to form at least two independent beams in opposite directions, the active two-side phased arrays being shifted in relation to each other in the horizontal and/or vertical plane.
A fluid heating apparatus, comprising: an impeller arranged in a flow detection region in which flow of fluid to be heated by a heater is detected, wherein the impeller includes a blade portion, and the blade portion includes a portion curved from a base end side corresponding to a rotational center side to a distal end side corresponding to an outer side, the portion being curved towards a side that is opposite to a rotational direction characterized in that the flow detection region includes a bottom surface including a curved surface or an inclined surface, the impeller is rotatably supported at a support shaft protruding upwardly from the bottom surface forming the flow detection region, and the curved surface or the inclined surface is formed to be displaced downwardly towards the outer side in the radial direction. an impeller arranged in a flow detection region in which flow of fluid to be heated by a heater is detected, wherein the impeller includes a blade portion, and the blade portion includes a portion curved from a base end side corresponding to a rotational center side to a distal end side corresponding to an outer side, the portion being curved towards a side that is opposite to a rotational direction characterized in that the flow detection region includes a bottom surface including a curved surface or an inclined surface, the impeller is rotatably supported at a support shaft protruding upwardly from the bottom surface forming the flow detection region, and the curved surface or the inclined surface is formed to be displaced downwardly towards the outer side in the radial direction.
A wheelchair comprising: a seat assembly configured to support an individual; a curved legrest assembly pivotally connected to said seat assembly; and an adjustment assembly secured underneath said seat assembly, wherein said adjustment assembly is configured to adjust said curved legrest assembly through a range of motion, wherein said legrest assembly includes a curved central column secured to curved legrest beams, wherein the central column and the legrest beams bow out from proximal ends closest to the seat assembly and arc back from the bowed out area toward distal ends closest to footrests, so that the centers of the central column and the legrest beams bow out to a greater extent than the ends of the respective central column and the legrest beams. a seat assembly configured to support an individual; a curved legrest assembly pivotally connected to said seat assembly; and an adjustment assembly secured underneath said seat assembly, wherein said adjustment assembly is configured to adjust said curved legrest assembly through a range of motion, wherein said legrest assembly includes a curved central column secured to curved legrest beams, wherein the central column and the legrest beams bow out from proximal ends closest to the seat assembly and arc back from the bowed out area toward distal ends closest to footrests, so that the centers of the central column and the legrest beams bow out to a greater extent than the ends of the respective central column and the legrest beams.
Swivel head for buckets, comprising: - at least a fixed frame associable with a machine in steady support; - at least a movable frame associated rotating with said fixed frame around an axis of rotation A and associable with excavating means; characterized by the fact that it comprises: - at least a first motor comprising at least a first element associated integral in rotation with said fixed frame and a second element kinematically connected to said movable frame, said first element and said second element being operable in rotation the one with respect to the other to rotate said movable frame with respect to said fixed frame around said axis of rotation A; - adjustment means for adjusting the angular position of said movable frame with respect to said fixed frame, provided with at least a second motor comprising at least a first body associated integral in rotation with said second element and at least a second body associated integral in rotation with said movable frame, said first body and said second body being operable in rotation the one with respect to the other to rotate said movable frame with respect to said fixed frame around said axis of rotation A, said second element being integral in rotation to said movable frame due to the reciprocal blockage of said first body and of said second body. - at least a fixed frame associable with a machine in steady support; - at least a movable frame associated rotating with said fixed frame around an axis of rotation A and associable with excavating means; - at least a first motor comprising at least a first element associated integral in rotation with said fixed frame and a second element kinematically connected to said movable frame, said first element and said second element being operable in rotation the one with respect to the other to rotate said movable frame with respect to said fixed frame around said axis of rotation A; - adjustment means for adjusting the angular position of said movable frame with respect to said fixed frame, provided with at least a second motor comprising at least a first body associated integral in rotation with said second element and at least a second body associated integral in rotation with said movable frame, said first body and said second body being operable in rotation the one with respect to the other to rotate said movable frame with respect to said fixed frame around said axis of rotation A, said second element being integral in rotation to said movable frame due to the reciprocal blockage of said first body and of said second body.
An effective amount of citidine-5'-diphosphocholine (hereinafter referred to as citicoline) or a salt thereof for use in the prevention of decline of motor function in healthy patients, wherein the effective amount of citicoline administered is from 100 mg or more to 1.0 g or less per day, and is to be administered orally.
A base station of a network acting as a serving node for a user equipment, UE, the UE being a target UE in a positioning method initiated by the network, comprising: one or more processors configured to: compare discontinuous reception, DRX, timing information for a DRX cycle of the UE with positioning sounding reference signal, SRS, timing information for an SRS configuration of the UE; determine whether the positioning SRS is located within an inactive time of the DRX cycle; and when the positioning SRS is located within the inactive time of the DRX cycle, modifying one of the DRX cycle or the SRS configuration. compare discontinuous reception, DRX, timing information for a DRX cycle of the UE with positioning sounding reference signal, SRS, timing information for an SRS configuration of the UE; determine whether the positioning SRS is located within an inactive time of the DRX cycle; and when the positioning SRS is located within the inactive time of the DRX cycle, modifying one of the DRX cycle or the SRS configuration.