mhurhangee/ep-ind-claims huggingface dataset:
A case for valve-regulated lead-acid battery comprising an olefin polymer composition comprising: A) From 60 wt% to 95 wt%, of a propylene homopolymer, or a copolymer of propylene containing 3% or less of ethylene, said homopolymer or copolymer having a polydispersity Index (P.I.) value of from 4.6 to 10 and a fraction insoluble in xylene at 25 °C, higher than 98 molar %; and B) from 5 wt% to 40wt %, of a copolymer of propylene and ethylene containing from 30 wt% to 65 wt% of ethylene derived units; the sum A) + B) being 100 wt%. A) From 60 wt% to 95 wt%, of a propylene homopolymer, or a copolymer of propylene containing 3% or less of ethylene, said homopolymer or copolymer having a polydispersity Index (P.I.) value of from 4.6 to 10 and a fraction insoluble in xylene at 25 °C, higher than 98 molar %; and B) from 5 wt% to 40wt %, of a copolymer of propylene and ethylene containing from 30 wt% to 65 wt% of ethylene derived units;
A composition comprising microparticles, which comprise insulin complexed to a diketopiperazine, for use in medicine; wherein the composition releases monomeric or dimeric insulin upon administration; and wherein the microparticles are obtainable through a process comprising - (i) providing the diketopiperazine as pre-formed microparticles in a suspension; (ii) combining the microparticles in suspension with a solution of insulin; and (iii) lyophilizing or freeze drying said suspension; thereby to yield diketopiperazine microparticles having an insulin coating. (i) providing the diketopiperazine as pre-formed microparticles in a suspension; (ii) combining the microparticles in suspension with a solution of insulin; and (iii) lyophilizing or freeze drying said suspension; thereby to yield diketopiperazine microparticles having an insulin coating.
A centrifugal compressor comprising: a rotary shaft rotated around an axis; impellers disposed so as to form a plurality of stages in a direction of the axis with respect to the rotary shaft and configured to pump a fluid flowing from an inlet on one side in the direction of the axis to outward in a radial direction; a casing that surrounds the rotary shaft and the impellers, and that has a return flow path through which the fluid discharged from an impeller on a front stage side between the impellers adjacent to each other is guided inward in the radial direction so as to be introduced to an impeller on a rear stage side; and a plurality of return vanes disposed at an interval in a circumferential direction inside the return flow path, wherein an exit angle (α) of the return vane is inclined forward in a rotation direction of the impeller, according to the radial direction, characterized in that for the return vanes of mutually adjacent stages in the direction of the axis, the exit angle (α) of the return vane on the rear stage side is smaller than the exit angle (α) of the return vane on the front stage side. a rotary shaft rotated around an axis; impellers disposed so as to form a plurality of stages in a direction of the axis with respect to the rotary shaft and configured to pump a fluid flowing from an inlet on one side in the direction of the axis to outward in a radial direction; a casing that surrounds the rotary shaft and the impellers, and that has a return flow path through which the fluid discharged from an impeller on a front stage side between the impellers adjacent to each other is guided inward in the radial direction so as to be introduced to an impeller on a rear stage side; and a plurality of return vanes disposed at an interval in a circumferential direction inside the return flow path, wherein an exit angle (α) of the return vane is inclined forward in a rotation direction of the impeller, according to the radial direction, characterized in that for the return vanes of mutually adjacent stages in the direction of the axis, the exit angle (α) of the return vane on the rear stage side is smaller than the exit angle (α) of the return vane on the front stage side.
Railway braking system for a rail vehicle, including brake rigging, a service and/or parking brake (6, 7) configured to act on at least one braking member of said rail vehicle by means of said brake rigging, which is provided with at least one device having at least one lining support and at least one lining mechanically secured to said at least one lining support, and at least one force-transmission linkage mechanically secured by a first end to a support of said vehicle and by a second end opposite to said first end to said at least one lining support, characterised in that said at least one lining support includes a fastening lug provided with a housing and with a mounting member housed in said housing, and said at least one force-transmission linkage is rotatably mounted by its second end in said mounting member.
A powered nailer for driving nails into a workpiece, the nailer comprising: a driver unit having a housing, a motor, a first coupler, a cylinder, a drive piston positioned within the cylinder, a drive blade attached to the drive piston and movable therewith along a drive blade axis between a driven position and a top-dead-center position, and a lifter mechanism operable to return the drive piston and the drive blade to the top-dead-center position; and a handle unit having a battery receptacle for receiving a battery pack, a trigger, a second coupler, and a gripping portion that defines a handle axis that extends orthogonal to the drive blade axis when the nailer is arranged in a first configuration, characterized in that the handle axis extends parallel to the drive blade axis when the nailer is arranged in a second configuration, wherein the handle unit is selectively and removably attachable to the driver unit; wherein the first and second couplers (28, 30) selectively engage one another to mechanically and electrically connect the driver unit to the handle unit. a driver unit having a housing, a motor, a first coupler, a cylinder, a drive piston positioned within the cylinder, a drive blade attached to the drive piston and movable therewith along a drive blade axis between a driven position and a top-dead-center position, and a lifter mechanism operable to return the drive piston and the drive blade to the top-dead-center position; and a handle unit having a battery receptacle for receiving a battery pack, a trigger, a second coupler, and a gripping portion that defines a handle axis that extends orthogonal to the drive blade axis when the nailer is arranged in a first configuration, characterized in that the handle axis extends parallel to the drive blade axis when the nailer is arranged in a second configuration, wherein the handle unit is selectively and removably attachable to the driver unit; wherein the first and second couplers (28, 30) selectively engage one another to mechanically and electrically connect the driver unit to the handle unit.
A communication method of an electronic device, comprising the steps of: comparing an amount of current consumed by a first communication module which operates a first channel with an amount of current consumed by a second communication module which operates a second channel; and determining at least one of the first channel or the second channel as a primary component carrier, PCC, according to the compared result. comparing an amount of current consumed by a first communication module which operates a first channel with an amount of current consumed by a second communication module which operates a second channel; and determining at least one of the first channel or the second channel as a primary component carrier, PCC, according to the compared result.
A method for detecting the presence of a fetus with trisomy 21 in a pregnant woman, the method comprising the steps of: (i) quantitatively determining the amount of an RNA species derived from the genetic loci of PLAC4 in a biological sample obtained from the pregnant woman, wherein the biological sample is blood, washing from the reproductive tract, amniotic fluid, urine, saliva, or chorionic villus; and (ii) comparing the amount of the RNA species from step (i) to a standard control representing the amount of the RNA species in the corresponding sample from an average pregnant woman with a chromosomally normal fetus, wherein an increase in the amount of RNA species from the standard control indicates an increased risk of having a fetus with trisomy 21. (i) quantitatively determining the amount of an RNA species derived from the genetic loci of PLAC4 in a biological sample obtained from the pregnant woman, wherein the biological sample is blood, washing from the reproductive tract, amniotic fluid, urine, saliva, or chorionic villus; and (ii) comparing the amount of the RNA species from step (i) to a standard control representing the amount of the RNA species in the corresponding sample from an average pregnant woman with a chromosomally normal fetus, wherein an increase in the amount of RNA species from the standard control indicates an increased risk of having a fetus with trisomy 21.
A computer-implemented method for obtaining an interaction property between a molecule or biomolecule or particle or bioparticle or a nano- or microparticle on the one hand and a target particle on the other hand, the method comprising - obtaining potentiometric titration results for a potentiometric measurement during titration of a solution with a titrant, said solution being a solution of one of a ligand of the target particle on the one hand or said molecule or biomolecule or particle or bioparticle or nano- or microparticle and said titrant comprising the other of said target particle ligand or said molecule or biomolecule or particle or bioparticle or nano- or microparticle, and - deriving based on said potentiometric titration results an interaction property between said molecule or biomolecule or particle or bioparticle or nano- or microparticle and said target particle characterized in that the method comprises transforming the obtained potentials to a concentration related signal and wherein said deriving comprises deriving an interaction property based on said concentration related signal, wherein said transforming takes into account the following equation: t R ∝ 10 E / S − 1 wherein tR is the transformed response, E is the obtained potential and S corresponds with (RT/zF) with zF the charge per mole of analyte present in the potential-forming process, R the molar gas constant and T the temperature (in Kelvin). - obtaining potentiometric titration results for a potentiometric measurement during titration of a solution with a titrant, said solution being a solution of one of a ligand of the target particle on the one hand or said molecule or biomolecule or particle or bioparticle or nano- or microparticle and said titrant comprising the other of said target particle ligand or said molecule or biomolecule or particle or bioparticle or nano- or microparticle, and - deriving based on said potentiometric titration results an interaction property between said molecule or biomolecule or particle or bioparticle or nano- or microparticle and said target particle characterized in that the method comprises transforming the obtained potentials to a concentration related signal and wherein said deriving comprises deriving an interaction property based on said concentration related signal, wherein said transforming takes into account the following equation: t R ∝ 10 E / S − 1 wherein tR is the transformed response, E is the obtained potential and S corresponds with (RT/zF) with zF the charge per mole of analyte present in the potential-forming process, R the molar gas constant and T the temperature (in Kelvin).
Method of washing an inking unit in a printing press wherein a washing agent is introduced into the inking unit and a roller (4, 9) of the inking unit is driven exclusively by roller friction, characterized in that the rotary speed of the roller (4, 9) is monitored by a sensor (2, 8) of a control and in that the control reduces or stops the introduction of the washing agent when the control realizes that the rotary speed drops below a rotary speed threshold.
A method of fabricating a glass rod by feeding a first diameter glass preform into a furnace through a top portion thereof and drawing the glass preform from the furnace through a bottom portion thereof so that the first diameter glass preform is drawn into a second diameter glass rod, the second diameter being smaller than the first diameter, comprising the steps of: setting a feed speed of the glass preform to a constant value; acquiring (S6, S7) a diameter of the glass preform for each diameter acquisition position defined with respect to a predetermined reference position of the furnace as a diameter of the glass preform for determining a drawing speed from pre-measured diameter data of the glass preform before being drawn, and determining a drawing speed of the glass preform so that a ratio (V2/V1) between the feed speed and the drawing speed becomes a value ((D/d) 2) determined based on each acquired diameter of the glass preform and a target diameter (d) of the glass rod; wherein, at the acquiring step (S6, S7), a drawing reference distance from the predetermined reference position to the diameter acquisition position is defined so as to vary depending on a fluctuation of the pre-measured diameter data of the glass preform before being drawn in a longitudinal direction thereof. setting a feed speed of the glass preform to a constant value; acquiring (S6, S7) a diameter of the glass preform for each diameter acquisition position defined with respect to a predetermined reference position of the furnace as a diameter of the glass preform for determining a drawing speed from pre-measured diameter data of the glass preform before being drawn, and determining a drawing speed of the glass preform so that a ratio (V2/V1) between the feed speed and the drawing speed becomes a value ((D/d) 2) determined based on each acquired diameter of the glass preform and a target diameter (d) of the glass rod; wherein, at the acquiring step (S6, S7), a drawing reference distance from the predetermined reference position to the diameter acquisition position is defined so as to vary depending on a fluctuation of the pre-measured diameter data of the glass preform before being drawn in a longitudinal direction thereof.
A barbed suture (610, 710, 810) comprising: a core fiber (612, 712, 812) defining an outer perimeter and a longitudinal axis; and a sheet (614, 714, 814) including a plurality of barbs (608, 708), wherein the sheet is positioned around the outer perimeter of the core fiber, and the plurality of barbs extend outwardly from the sheet in a first direction of less than 90 degrees with respect to the longitudinal axis; and the sheet (614, 714, 814) includes a plurality of slots (607, 707a, 707b); characterised in that the sheet (614, 714, 814) is bonded to the core fiber at a length away from each of the slots whereby the slots facilitate the formation of barbs by allowing a portion of the sheet in the non-bonded zones to protrude from the suture to create barbs (608, 708). a core fiber (612, 712, 812) defining an outer perimeter and a longitudinal axis; and a sheet (614, 714, 814) including a plurality of barbs (608, 708), wherein the sheet is positioned around the outer perimeter of the core fiber, and the plurality of barbs extend outwardly from the sheet in a first direction of less than 90 degrees with respect to the longitudinal axis; and the sheet (614, 714, 814) includes a plurality of slots (607, 707a, 707b); characterised in that the sheet (614, 714, 814) is bonded to the core fiber at a length away from each of the slots whereby the slots facilitate the formation of barbs by allowing a portion of the sheet in the non-bonded zones to protrude from the suture to create barbs (608, 708).
Device for performing precipitation reactions with the participation of at least two output products (A, B) to at least one precipitation reaction product, comprising a) an inner volume space (2, 13) which between two end regions (3, 4) is surrounded by a casing surface, b) at least two impact jet nozzles (6, 7), oriented into the inner volume space, for the at least two output products, wherein the impact jet nozzles exhibit alignments which are oriented in counter-directions, and c) at least one inlet for an envelope flow fluid, opening into the inner volume space, characterised in that d) at least one of the at least one inlet and the at least two impact jet nozzles are provided in an end region of the inner volume space, and an outlet for the at least one precipitation reaction product and the envelope flow fluid are provided in the other end region, and e) the at least one inlet, opening into the inner volume space, opens into the inner volume space tangentially to the casing surface, adjusted so as to form a vortex flow delimited at the casing surface. a) an inner volume space (2, 13) which between two end regions (3, 4) is surrounded by a casing surface, b) at least two impact jet nozzles (6, 7), oriented into the inner volume space, for the at least two output products, wherein the impact jet nozzles exhibit alignments which are oriented in counter-directions, and c) at least one inlet for an envelope flow fluid, opening into the inner volume space, characterised in that d) at least one of the at least one inlet and the at least two impact jet nozzles are provided in an end region of the inner volume space, and an outlet for the at least one precipitation reaction product and the envelope flow fluid are provided in the other end region, and e) the at least one inlet, opening into the inner volume space, opens into the inner volume space tangentially to the casing surface, adjusted so as to form a vortex flow delimited at the casing surface.
A charging station for inductively charging an electric vehicle, - wherein the charging station comprises a movable primary coil capable of generating a magnetic field for charging the electric vehicle, and - wherein the primary coil is movably mounted such that it can be moved by the electric vehicle when entering the area of the charging station and positioned relative to a secondary coil of the electric vehicle, characterized in that the movable primary coil is mounted on a rail, which is pivotable about a swivel axis, allows displacement of the primary coil in the longitudinal direction of the rail and is able to be swiveled about the swivel axis by the electric vehicle when the electric vehicle drives into the area of the primary coil. - wherein the charging station comprises a movable primary coil capable of generating a magnetic field for charging the electric vehicle, and - wherein the primary coil is movably mounted such that it can be moved by the electric vehicle when entering the area of the charging station and positioned relative to a secondary coil of the electric vehicle,
An electrostatic surge prevention structure, wherein a flexible printed circuit board connected to a circuit board contained in an electronic device is provided at a position corresponding to a gap, between two members, appearing in the electronic device, the two members are constituted of a front casing and a display device, or of the front casing and a touch panel, characterized in that the flexible printed circuit board has two layers of conductor parts (43, 44), surfaces of these conductor parts (43, 44) are covered with insulative coats (46, 47), an exposed part through which one of the conductor parts (43, 44) is externally exposed is formed at a portion opposing the gap by peeling off the insulative coat, and the conductor part having the exposed part is grounded, the exposed part is formed in such a way that the insulative coat is peeled off into a strip shape in the width direction across the whole width of the flexible printed circuit board. a flexible printed circuit board connected to a circuit board contained in an electronic device is provided at a position corresponding to a gap, between two members, appearing in the electronic device, the two members are constituted of a front casing and a display device, or of the front casing and a touch panel, characterized in that the flexible printed circuit board has two layers of conductor parts (43, 44), surfaces of these conductor parts (43, 44) are covered with insulative coats (46, 47), an exposed part through which one of the conductor parts (43, 44) is externally exposed is formed at a portion opposing the gap by peeling off the insulative coat, and the conductor part having the exposed part is grounded, the exposed part is formed in such a way that the insulative coat is peeled off into a strip shape in the width direction across the whole width of the flexible printed circuit board.
A telecommunications connector comprising: a body; a first projection extending from one side of the body and constructed and arranged to be secured to a telecommunication device main unit through a cavity in the main unit, the first projection further including a bottom surface and an opposing top surface; a second projection extending from an other side of the body and constructed and arranged to be secured to a telecommunication device accessory unit through a cavity in the accessory unit, the second projection further including a bottom surface and an opposing top surface; a printed circuit board supported within the body of the connector and including a plurality of contact plates (40, 42) electrically connected to the printed circuit board, the contact plates (40, 42) constructed and arranged to engage at least one electrical port supported on the main unit and at least one electrical port supported on the accessory unit 14); and wherein upon insertion of the first projection within the cavity in the main unit and insertion of the second projection within the cavity in the accessory unit, the accessory unit is secured to the main unit, and the contact plates (40, 42) are electrically connected to the at least one electrical port supported on the main unit and the at least one electrical port supported on the accessory unit to provide electrical power from the main unit to the accessory unit. a body; a first projection extending from one side of the body and constructed and arranged to be secured to a telecommunication device main unit through a cavity in the main unit, the first projection further including a bottom surface and an opposing top surface; a second projection extending from an other side of the body and constructed and arranged to be secured to a telecommunication device accessory unit through a cavity in the accessory unit, the second projection further including a bottom surface and an opposing top surface; a printed circuit board supported within the body of the connector and including a plurality of contact plates (40, 42) electrically connected to the printed circuit board, the contact plates (40, 42) constructed and arranged to engage at least one electrical port supported on the main unit and at least one electrical port supported on the accessory unit 14); and wherein upon insertion of the first projection within the cavity in the main unit and insertion of the second projection within the cavity in the accessory unit, the accessory unit is secured to the main unit, and the contact plates (40, 42) are electrically connected to the at least one electrical port supported on the main unit and the at least one electrical port supported on the accessory unit to provide electrical power from the main unit to the accessory unit.