mhurhangee/ep-ind-claims huggingface dataset:
A locking system having a key and a lock cylinder which has a cylinder core which is journalled in a housing and has a keyway for the introduction of the key, wherein a plurality of tumblers (31, 33) actuable by the key and an additional blocking element movably arranged in a guide passage of the cylinder core and displaceable obliquely or transversely to the direction of insertion of the key project into the keyway, wherein the additional blocking element is made to cooperate with a counter-element (9, 10, 47) arranged at the key blade with a key introduced up to a maximum insertion depth, and wherein the counter-element (9, 10, 47) is completely arranged in a groove or recess extending in the longitudinal direction of the key blade and starting from the key tip, characterized in that a guide element arranged in the cylinder core forms the guide passage for guiding the additional blocking element and projects into the keyway such that the guide element forms an abutment element at the lock cylinder side which defines the maximum insertion depth of the key into the keyway, said abutment element at the lock cylinder side being for an abutment element at the key side which is formed by the end region of the groove or of the recess remote from the key tip.
A fluid transfer device for transferring fluid from a first fluid container to a second fluid container, said fluid transfer device comprises a longitudinal axis, a first connection part comprising a connector that connects to said first fluid container, said fluid transfer device further comprises a second connection part (3, 503) rotatably mounted to said first connection part by a mounting element, said second connection part comprises a threaded coupling element that connects said second fluid container, said fluid transfer device is further arranged with at least one protrusion, wherein said at least one protrusion substantially prevents said first connection part from turning in a predetermined direction with respect to said second connection part while still allowing it to turn in a direction opposite of said predetermined direction, characterized in that said device is a piercing member protection device comprising a piercing member protection part having a protection chamber to protect a piercing member, said piercing member protection device having a secured position, in which at least the tip of said piercing member is enclosed within said protection chamber of said piercing member protection part, so as to prevent said tip of said piercing member from exposure, and an unsecured position, in which said tip of the piercing member is arranged outside the protection chamber of said piercing member protection part.
A deadlatch device for doors of various types, adapted to support longitudinal and transverse loads, comprising a support member; a closing lever and a hooking lever integrally connected to said support at a point and free to rotate about the same between three positions, two end positions and one intermediate position; elastic means associated to said closing and hooking levers and adapted to convey a resisting moment to the rotation thereof, said closing lever comprising, in turn, a housing, adapted to engage a pin integral with the frame of said door, and a profile which is suitably shaped and adapted to slidingly engage said hooking lever, further comprising an element arranged so as to connect the edge to the bottom of said housing so as to cover said end and offer to said pin an easier exit path from said housing, thus allowing the opening of the door also in the event of breakage of said elastic means associated to said closing lever, characterized in that the element is and- adapted to shatter and therefore allows the sliding of said pin into said end in the event of the lock being subject to transverse load resistance tests.
A surgical end effector, comprising: a first jaw; a second jaw rotatably coupled to said first jaw; and a lockout arrangement configured to prevent rotational movement of said second jaw toward said first jaw unless an unfired staple cartridge is positioned in said first jaw, wherein said lockout arrangement comprises a pivotable lock configured to pivot between a locked orientation and an unlocked orientation, and wherein said pivotable lock comprises: a first leg configured to engage said second jaw when said pivotable lock is in the locked orientation such that as a result of the engagement between the first leg and the anvil, the second jaw is held in an open configuration relative to the first jaw; a second leg configured to engage the unfired staple cartridge when the unfired staple cartridge is positioned in said first jaw; and said surgical end effector being characterized in that said pivotable lock is configured to be moved into said unlocked orientation upon the installation of the staple cartridge in said first jaw. a first jaw; a second jaw rotatably coupled to said first jaw; and a lockout arrangement configured to prevent rotational movement of said second jaw toward said first jaw unless an unfired staple cartridge is positioned in said first jaw, wherein said lockout arrangement comprises a pivotable lock configured to pivot between a locked orientation and an unlocked orientation, and wherein said pivotable lock comprises: a first leg configured to engage said second jaw when said pivotable lock is in the locked orientation such that as a result of the engagement between the first leg and the anvil, the second jaw is held in an open configuration relative to the first jaw; a second leg configured to engage the unfired staple cartridge when the unfired staple cartridge is positioned in said first jaw; and said surgical end effector being characterized in that said pivotable lock is configured to be moved into said unlocked orientation upon the installation of the staple cartridge in said first jaw. a first leg configured to engage said second jaw when said pivotable lock is in the locked orientation such that as a result of the engagement between the first leg and the anvil, the second jaw is held in an open configuration relative to the first jaw; a second leg configured to engage the unfired staple cartridge when the unfired staple cartridge is positioned in said first jaw; and said surgical end effector being characterized in that said pivotable lock is configured to be moved into said unlocked orientation upon the installation of the staple cartridge in said first jaw.
A method of purifying a recombinant FSH or recombinant FSH variant, comprising the steps of subjecting a liquid containing said FSH or FSH variant to: - an anion exchange chromatography, - a hydrophobic interaction chromatography, and - a dye affinity chromatography, which are performed in any order, wherein the method neither comprises a weak anion exchange chromatography nor a reverse phase chromatography. - an anion exchange chromatography, - a hydrophobic interaction chromatography, and - a dye affinity chromatography,
A roller, preferably comprising two wheels and a locking device, an activating part acting on the locking device for releasing or locking, and the activating part being movable by a drive, a movement of a transmission part that is generated by said drive being transmitted via spring force to the activating part for moving same, and a spring (8, 9, 44) being supported on the transmission part, characterized in that a support region for the spring (8, 9, 44) is formed on the activating part, through which region the transmission part can pass.
A fuel cell system, comprising: a wetness detecting section configured to detect a wetness of an electrolyte membrane of a fuel cell stack; a target stoichiometric ratio setting section (S14, S34, S43, S53) configured to set a target stoichiometric ratio of the fuel cell stack based on the wetness so that the wetness becomes equal to a desired wetness; a smallest stoichiometric ratio setting section configured to set, based on a load, a smallest stoichiometric ratio necessary to prevent flooding of the fuel cell stack; and an stoichiometric ratio control section (S17, S171, S172, S173) configured to intermittently increase and decrease an actual stoichiometric ratio when the target stoichiometric ratio is smaller than the smallest stoichiometric ratio, wherein the target stoichiometric ratio is set to have a value smaller than the smallest stoichiometric ratio during a low-load operation and when the wetness indicates a dry state. a wetness detecting section configured to detect a wetness of an electrolyte membrane of a fuel cell stack; a target stoichiometric ratio setting section (S14, S34, S43, S53) configured to set a target stoichiometric ratio of the fuel cell stack based on the wetness so that the wetness becomes equal to a desired wetness; a smallest stoichiometric ratio setting section configured to set, based on a load, a smallest stoichiometric ratio necessary to prevent flooding of the fuel cell stack; and an stoichiometric ratio control section (S17, S171, S172, S173) configured to intermittently increase and decrease an actual stoichiometric ratio when the target stoichiometric ratio is smaller than the smallest stoichiometric ratio, wherein the target stoichiometric ratio is set to have a value smaller than the smallest stoichiometric ratio during a low-load operation and when the wetness indicates a dry state.
An indexable insert for solid drills, having a supporting base, having four lateral supporting surfaces projecting beyond the supporting base, and having four identical cutting edges which are arranged at a distance above the supporting base, extend between in each case two cutting-edge corners (28, 28"), are bounded by a respective tool face and a tool flank and of which in each case one is located in an active use position during the drilling operation, in the case of which the tool flank, at each point of the associated cutting edge, encloses a clearance angle (α) with a straight line perpendicular to the supporting base, the clearance angle (α) varying along the cutting edge, characterized in that the clearance angle (α) increases from a relatively small value of for example 5° in the region of the cutting-edge corner to a maximum value of for example 11 and decreases over the rest of the cutting edge as far as the other cutting-edge corner (28"), and in that the increase in the clearance angle (α) from one of the cutting-edge corners (28") is more pronounced than from the other cutting-edge corner.
An apparatus for making photometric measurements, comprising: (i) a probe tip section (104, 250, 280) comprising a first light source (220, 260, 282) and a first detector (210, 262, 284), wherein the first light source (220, 260, 282) is configured to emit a first light beam at a first wavelength across a first optical gap (106, 252, 290) towards the first detector (210, 262, 284), and the first detector (210, 262, 284) is configured to receive the first light beam after the first light beam passes through the first optical gap (106, 252, 290) and configured to generate a first signal representative of the light èreceived at the first detector (210, 262, 284); and (ii) a processor coupled to the first detector (210, 262, 284) configured to determine an absorbance based on the first signal; characterised in that the probe tip section (104, 250, 280) further comprises a second light source and a second detector in series with the first light source (220, 260, 282) and first detector (210, 262, 284), wherein the second light source is configured to emit a second light beam at a second wavelength across a second optical gap towards the second detector, and the second detector is configured to receive the second light beam after the second light beam passes through the second optical gap and configured to generate a second signal representative of the light received at the second detector, such that the second signal is coupled to the processor, wherein the first optical gap (106, 252, 290) and second optical gap are of different sizes for use with different wavelengths. (i) a probe tip section (104, 250, 280) comprising a first light source (220, 260, 282) and a first detector (210, 262, 284), wherein the first light source (220, 260, 282) is configured to emit a first light beam at a first wavelength across a first optical gap (106, 252, 290) towards the first detector (210, 262, 284), and the first detector (210, 262, 284) is configured to receive the first light beam after the first light beam passes through the first optical gap (106, 252, 290) and configured to generate a first signal representative of the light èreceived at the first detector (210, 262, 284); and (ii) a processor coupled to the first detector (210, 262, 284) configured to determine an absorbance based on the first signal;
A machine for closing the tail end of a roll of web material, comprising a first, glue-applying device for closing said tail end; characterized by further comprising a second, mechanical-closing device for mechanically sealing the tail end by anchoring the tail end of the roll to a portion of an outer turn of the web material wound on the roll.
A computed tomography radiography device, the device comprising: a column; a first facing part provided on a first side of the column to face a subject and including an X-ray sensor provided thereon; a rotation arm connected to the column and configured to rotate relative to the subject within a predetermined angular range; and a second facing part provided on a first end of the rotation arm to face the first facing part with the subject being interposed between the first and second facing parts (25,35), and including an X-ray generator provided thereon, characterized in that the X-ray sensor is configured to move within the first facing part along a rotational direction of the rotation arm such that at least a part of the X-ray sensor faces the X-ray generator within an X-ray irradiation range of the X-ray generator, with the subject being interposed therebetween, and the X-ray sensor is configured to move along a track having a constant distance from the subject. a column; a first facing part provided on a first side of the column to face a subject and including an X-ray sensor provided thereon; a rotation arm connected to the column and configured to rotate relative to the subject within a predetermined angular range; and a second facing part provided on a first end of the rotation arm to face the first facing part with the subject being interposed between the first and second facing parts (25,35), and including an X-ray generator provided thereon, characterized in that the X-ray sensor is configured to move within the first facing part along a rotational direction of the rotation arm such that at least a part of the X-ray sensor faces the X-ray generator within an X-ray irradiation range of the X-ray generator, with the subject being interposed therebetween, and the X-ray sensor is configured to move along a track having a constant distance from the subject.
Misoprostol for use in a method of inducing labour in a nulliparous female in need thereof, which method comprises administering intravaginally to the nulliparous female an insert comprising a cross-linked reaction product of a diisocyanate, a triol and a polyethylene glycol, the insert comprising 200 mcg misoprostol.
A pharmaceutical combination comprising: (a) a histone deacetylase 6 (HDAC6) inhibitor of Formula I: or a pharmaceutically acceptable salt thereof, wherein, ring B is aryl or heteroaryl; R 1 is aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl; and (b) a BCL-2 inhibitor, wherein the BCL-2 inhibitor is 2-((1H-pyrrolo[2,3-b]pyridin-5-yl)oxy)-4-(4-((4'-chloro-5,5-dimethyl-3,4,5,6-tetrahydro-[1,1'-biphenyl]-2-yl)methyl)piperazin-1-yl)-N-((3-nitro-4-(((tetrahydro-2H-pyran-4-yl)methyl)amino)phenyl)sulfonyl)benzamide (venetoclax) or pharamceutically acceptable salts thereof. (a) a histone deacetylase 6 (HDAC6) inhibitor of Formula I: or a pharmaceutically acceptable salt thereof, wherein, ring B is aryl or heteroaryl; R 1 is aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl; and ring B is aryl or heteroaryl; R 1 is aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl; and (b) a BCL-2 inhibitor, wherein the BCL-2 inhibitor is 2-((1H-pyrrolo[2,3-b]pyridin-5-yl)oxy)-4-(4-((4'-chloro-5,5-dimethyl-3,4,5,6-tetrahydro-[1,1'-biphenyl]-2-yl)methyl)piperazin-1-yl)-N-((3-nitro-4-(((tetrahydro-2H-pyran-4-yl)methyl)amino)phenyl)sulfonyl)benzamide (venetoclax) or pharamceutically acceptable salts thereof.
Vehicle, in particular rail vehicle, with at least one door and/or window module which is inserted into an opening in the outer skin supporting structure of the vehicle, characterized in that - the skin supporting structure has an outer skin depression which extends into the vehicle interior and is adjacent to the opening in the outer skin supporting structure, and - the door and/or window module has both a closure portion, which closes the opening in the outer skin supporting structure of the vehicle, and a covering portion which is inserted into the outer skin depression and covers the latter to the outside. - the skin supporting structure has an outer skin depression which extends into the vehicle interior and is adjacent to the opening in the outer skin supporting structure, and - the door and/or window module has both a closure portion, which closes the opening in the outer skin supporting structure of the vehicle, and a covering portion which is inserted into the outer skin depression and covers the latter to the outside.
A creeping-cut control apparatus for an electrically-driven vehicle, wherein the electrically-driven vehicle is configured to run by transmitting power from an electric motor to a road wheel (1L, 1R) in accordance with a shift range selected by a shift manipulation which is done by a driver to produce a running mode of the vehicle, wherein the electrically-driven vehicle is configured to creep at a very low speed by a creep torque derived from the electric motor, and wherein the electrically-driven vehicle is configured to execute a creeping-cut such that the creep torque of the electric motor is reduced when a predetermined creeping-cut permitting condition is satisfied, the creeping-cut control apparatus comprising: an opposite-directional-vehicle-movement detecting means (4, S13, S14, S33, S34) configured to detect that the electrically-driven vehicle is moving in a direction opposite to a running direction of the selected shift range under a state where the creep torque is being outputted without executing the creeping-cut, and being characterized by further comprising: a creeping-cut prohibiting means (4, S16) configured to prohibit, in a case that the opposite-directional-vehicle-movement detecting means (4, S13, S14, S33, S34) detects that the vehicle has moved in the opposite direction, the creeping-cut such that the creeping-cut is not executed even if a speed of the vehicle becomes near 0 by braking of a brake-pedal manipulation for preventing the opposite-directional movement of the vehicle to satisfy the creeping-cut permitting condition. an opposite-directional-vehicle-movement detecting means (4, S13, S14, S33, S34) configured to detect that the electrically-driven vehicle is moving in a direction opposite to a running direction of the selected shift range under a state where the creep torque is being outputted without executing the creeping-cut, and being characterized by further comprising: a creeping-cut prohibiting means (4, S16) configured to prohibit, in a case that the opposite-directional-vehicle-movement detecting means (4, S13, S14, S33, S34) detects that the vehicle has moved in the opposite direction, the creeping-cut such that the creeping-cut is not executed even if a speed of the vehicle becomes near 0 by braking of a brake-pedal manipulation for preventing the opposite-directional movement of the vehicle to satisfy the creeping-cut permitting condition.
Cold crucible for an induction heating device, characterized in that it comprises a crucible body comprising: - a connection ring comprising an annular distribution region, - a tubular casing extending from the connection ring to define a heating volume, the casing being cut longitudinally so as to produce several separated sectors, - coolant channels arranged longitudinally in the thickness of the crucible body so that each sector comprises at least one coolant channel, each sector comprising at least two coolant paths, an outward path and a return path for the coolant, formed by the at least one coolant channel, said paths leading into the annular distribution region so that said region has, for each sector, an inlet opening and an outlet opening, the openings being spaced apart from one another along a radial direction of the crucible, thus forming, along the circumference of the annular distribution region, two distinct concentric regions around the longitudinal axis of the crucible, of which one communicates only with the outward path of the channels and the other communicates only with the return path of the channels, the crucible body being intended to be removably assembled with a cooling manifold via the connection ring, the manifold comprising coolant distribution elements connecting to the coolant channels, owing to this assembly, in order to circulate said liquid between the manifold and the channels, and in that said crucible body has a one-piece structure composed of one and the same material having a continuity of material over at least two sectors. - a connection ring comprising an annular distribution region, - a tubular casing extending from the connection ring to define a heating volume, the casing being cut longitudinally so as to produce several separated sectors, - coolant channels arranged longitudinally in the thickness of the crucible body so that each sector comprises at least one coolant channel, thus forming, along the circumference of the annular distribution region, two distinct concentric regions around the longitudinal axis of the crucible, of which one communicates only with the outward path of the channels and the other communicates only with the return path of the channels, the crucible body being intended to be removably assembled with a cooling manifold via the connection ring, the manifold comprising coolant distribution elements connecting to the coolant channels, owing to this assembly, in order to circulate said liquid between the manifold and the channels, and in that said crucible body has a one-piece structure composed of one and the same material having a continuity of material over at least two sectors.
Suction device for an apparatus for cleaning a felt belt (21, 21a, 21b) in a system for producing a paper web, in which apparatus the suction device serves for suctioning from the felt belt (21, 21a, 21b) a cleaning liquid that is introduced into the felt belt (21, 21a, 21b) by a device (4, 4a) arranged upstream of the suction device in the direction of movement of the felt belt (21, 21a, 21b), which suction device has a vacuum duct, wherein the suction device is configured with suction ducts (55, 56, 57) between the vacuum duct and the felt belt (21, 21a, 21b), through which suction ducts (55, 56, 57) the cleaning liquid located in the felt belt (21, 21a, 21b) is suctioned, characterized in that at least one of the suction ducts (56, 57) is assigned at least one inflatable valve body (58, 59), in the inflated state of which the suction duct (56, 57) is closed and by the deflated state of which the suction duct (56, 57) is opened.