mhurhangee/ep-ind-claims huggingface dataset:
A finger follower assembly for use in an internal combustion engine valvetrain having a valve, a lash adjuster, and a camshaft having a lobe; said finger follower assembly comprising: a shaft; a bearing rotatably supported by said shaft for engaging the lobe of the camshaft; and a body having: a pad for engaging the valve, a socket spaced longitudinally from said pad for engaging the lash adjuster, a pair of walls spaced laterally from each other and disposed between said pad and said socket, and a slot formed in each of said walls for supporting said shaft, each of said slots having a respective pair of eccentric arc-shaped bearing surfaces (72, 74) arranged to allow said shaft to rotate within said slots and to move along said slots so as to facilitate alignment of said bearing with respect to engagement with the lobe of the camshaft independent of alignment of said pad with respect to engagement with the valve and of alignment of said socket with respect to engagement with the lash adjuster and wherein said slots each further include a pair of transition bearing surfaces (98, 100) arranged longitudinally between and merging with said arc-shaped bearing surfaces (72, 74). a shaft; a bearing rotatably supported by said shaft for engaging the lobe of the camshaft; and a body having: a pad for engaging the valve, a socket spaced longitudinally from said pad for engaging the lash adjuster, a pair of walls spaced laterally from each other and disposed between said pad and said socket, and a slot formed in each of said walls for supporting said shaft, each of said slots having a respective pair of eccentric arc-shaped bearing surfaces (72, 74) arranged to allow said shaft to rotate within said slots and to move along said slots so as to facilitate alignment of said bearing with respect to engagement with the lobe of the camshaft independent of alignment of said pad with respect to engagement with the valve and of alignment of said socket with respect to engagement with the lash adjuster and wherein said slots each further include a pair of transition bearing surfaces (98, 100) arranged longitudinally between and merging with said arc-shaped bearing surfaces (72, 74). a pad for engaging the valve, a socket spaced longitudinally from said pad for engaging the lash adjuster, a pair of walls spaced laterally from each other and disposed between said pad and said socket, and a slot formed in each of said walls for supporting said shaft, each of said slots having a respective pair of eccentric arc-shaped bearing surfaces (72, 74) arranged to allow said shaft to rotate within said slots and to move along said slots so as to facilitate alignment of said bearing with respect to engagement with the lobe of the camshaft independent of alignment of said pad with respect to engagement with the valve and of alignment of said socket with respect to engagement with the lash adjuster and wherein said slots each further include a pair of transition bearing surfaces (98, 100) arranged longitudinally between and merging with said arc-shaped bearing surfaces (72, 74).
A capped cyclodextrin-hydrophobic moiety conjugate comprising a cyclodextrin group and at least one hydrophobic moiety, wherein: - the cyclodextrin group is capped on its primary rim by a cap binding a first carbon atom, previously bearing a hydroxyl group, of a first glucopyranose unit to a second carbon, previously bearing an hydroxyl group, of a second and different glucopyranose unit, said first and second glucopyranose units being preferably separated from each other by at least one, preferably at least two glucopyranose units, and - the hydrophobic moiety is bound by a first linker to one of the carbon atoms of the cap, and - the hydrophobic moiety is chosen among an adamantane group, a C 2 -C 13 alkyl group optionally containing at least one heteroatom, a C 5 -C 6 aromatic group optionally containing at least one heteroatom and a C 3 -C 8 non-aromatic cycle optionally containing at least one heteroatom, preferably an adamantane group. - the cyclodextrin group is capped on its primary rim by a cap binding a first carbon atom, previously bearing a hydroxyl group, of a first glucopyranose unit to a second carbon, previously bearing an hydroxyl group, of a second and different glucopyranose unit, said first and second glucopyranose units being preferably separated from each other by at least one, preferably at least two glucopyranose units, and - the hydrophobic moiety is bound by a first linker to one of the carbon atoms of the cap, and - the hydrophobic moiety is chosen among an adamantane group, a C 2 -C 13 alkyl group optionally containing at least one heteroatom, a C 5 -C 6 aromatic group optionally containing at least one heteroatom and a C 3 -C 8 non-aromatic cycle optionally containing at least one heteroatom, preferably an adamantane group.
Harmonic pin ring transmission (150'-Fig. 26, 150''-Fig.31) having an input shaft and having a driven shaft, the harmonic pin ring transmission (150', 150'') comprising the following features: - two outer gears (106, 106'), each having an internal toothing, - a single inner gear having an external toothing, disposed concentrically with respect to a first outer gear and inside the first outer gear in an axial direction, and - a drive means extending between the two outer gears (106, 106') and the inner gear and comprising a pin ring formed integrally in a circumferential direction and a plurality of pins protruding laterally from the pin ring in the axial direction, - a revolving transmitter (102, 104) for lifting the drive means from the external toothing of the inner gear and for pushing the drive means into the internal toothings of the outer gears (106, 106'), wherein the input shaft as the drive shaft for the transmitter (102, 104) is supported on one side in the inner gear, which in turn is supported in the housing. - two outer gears (106, 106'), each having an internal toothing, - a single inner gear having an external toothing, disposed concentrically with respect to a first outer gear and inside the first outer gear in an axial direction, and - a drive means extending between the two outer gears (106, 106') and the inner gear and comprising a pin ring formed integrally in a circumferential direction and a plurality of pins protruding laterally from the pin ring in the axial direction, - a revolving transmitter (102, 104) for lifting the drive means from the external toothing of the inner gear and for pushing the drive means into the internal toothings of the outer gears (106, 106'),
A pack comprising: at least one product; a blister provided with a pocket, which houses the product and has an open end surrounded by a flat edge, and provided with a closing tab, which is connected to the flat edge of the pocket in order to close the open end; and a support body, which houses the blister in a sliding manner so as to allow the blister to move relative to the support body between a closing position, in which the product cannot be removed from the pocket, and an extraction position, in which the product can be removed from the pocket; wherein a connection end of the closing tab is fixed to the support body in a permanent and inseparable manner so that the sliding movement of the blister relative to the support body from the closing position to the extraction position causes a progressive separation of the closing tab from the flat edge of the pocket; and wherein the support body comprises an upper wall and a lower wall overlapping one another so as to define, between them, an inner space which is partially occupied by the edge of the pocket; the pack is characterized in that the upper wall has a first through opening, which is engaged by the pocket and has a larger size than the pocket in a sliding direction, so as to allow the blister to slide between the closing position and the extraction position; and the lower wall has a second through opening, which is present only in the extraction position so as to expose the open end of the pocket when the blister is in the extraction position. at least one product; a blister provided with a pocket, which houses the product and has an open end surrounded by a flat edge, and provided with a closing tab, which is connected to the flat edge of the pocket in order to close the open end; and a support body, which houses the blister in a sliding manner so as to allow the blister to move relative to the support body between a closing position, in which the product cannot be removed from the pocket, and an extraction position, in which the product can be removed from the pocket; wherein a connection end of the closing tab is fixed to the support body in a permanent and inseparable manner so that the sliding movement of the blister relative to the support body from the closing position to the extraction position causes a progressive separation of the closing tab from the flat edge of the pocket; and wherein the support body comprises an upper wall and a lower wall overlapping one another so as to define, between them, an inner space which is partially occupied by the edge of the pocket; the pack is characterized in that the upper wall has a first through opening, which is engaged by the pocket and has a larger size than the pocket in a sliding direction, so as to allow the blister to slide between the closing position and the extraction position; and the lower wall has a second through opening, which is present only in the extraction position so as to expose the open end of the pocket when the blister is in the extraction position.
A nuclear reactor module comprising: a reactor vessel configured to house a primary coolant and to transfer heat generated from within the reactor vessel from the primary coolant to a secondary coolant; a steam generation system located inside the reactor vessel; a plurality of heat transfer tubes configured to circulate the secondary coolant of the steam generation system; and an inclined tube sheet with a plurality of through-holes, wherein the plurality of heat transfer tubes insert into the through-holes and the inclined tube sheet is attached to a wall of the reactor vessel in a non-horizontal orientation and is inclined vertically relative to a longitudinal axis of the reactor vessel; characterized in that the nuclear reactor module further comprises: a tube sheet assembly that comprises the inclined tube sheet and forms an access port configured to house the secondary coolant; and an inlet configured to inject the secondary coolant into the access port, wherein the inlet is located at the bottom of the access port to restrict or preclude steam from entering the feed line during abnormal operating occurrences. a reactor vessel configured to house a primary coolant and to transfer heat generated from within the reactor vessel from the primary coolant to a secondary coolant; a steam generation system located inside the reactor vessel; a plurality of heat transfer tubes configured to circulate the secondary coolant of the steam generation system; and an inclined tube sheet with a plurality of through-holes, wherein the plurality of heat transfer tubes insert into the through-holes and the inclined tube sheet is attached to a wall of the reactor vessel in a non-horizontal orientation and is inclined vertically relative to a longitudinal axis of the reactor vessel; characterized in that the nuclear reactor module further comprises: a tube sheet assembly that comprises the inclined tube sheet and forms an access port configured to house the secondary coolant; and an inlet configured to inject the secondary coolant into the access port, wherein the inlet is located at the bottom of the access port to restrict or preclude steam from entering the feed line during abnormal operating occurrences. a tube sheet assembly that comprises the inclined tube sheet and forms an access port configured to house the secondary coolant; and an inlet configured to inject the secondary coolant into the access port, wherein the inlet is located at the bottom of the access port to restrict or preclude steam from entering the feed line during abnormal operating occurrences.
A salt of Montelukast with a β2 adrenergic agonist, wherein the β2 adrenergic agonist is selected from short-acting β2 agonists having a duration of action of approximately 4 to 6 hours, long-acting β2 agonists having a duration of action up to 12 hours or ultra-long-acting β2 agonists having a duration of 24 hours.
A method of making X-ray fluorescence, XRF, measurements of a layered sample comprising a first major surface, a second major surface, and at least two layers between the first and second major surfaces, the method comprising: carrying out a first X-ray measurement through the first major surface to obtain a first X-ray intensity value (I 1) of a first XRF line corresponding to a first element; carrying out a second X-measurement through the second major surface to obtain a second X-ray intensity value (I 2) of the first XRF line corresponding to the first element; characterized in calculating from the first X-ray intensity value (I 1) and second X-ray intensity value (I 2) at least two analysis parameters selected from the following layer parameters: the concentration (C 1) of the first element in the first layer; the concentration (C 2) of the first element in the second layer; the density (d 1) of the first layer; the density (d 2) of the second layer; the thickness (t 1) of the first layer; and the thickness (t 2) of the second layer. carrying out a first X-ray measurement through the first major surface to obtain a first X-ray intensity value (I 1) of a first XRF line corresponding to a first element; carrying out a second X-measurement through the second major surface to obtain a second X-ray intensity value (I 2) of the first XRF line corresponding to the first element; characterized in calculating from the first X-ray intensity value (I 1) and second X-ray intensity value (I 2) at least two analysis parameters selected from the following layer parameters: the concentration (C 1) of the first element in the first layer; the concentration (C 2) of the first element in the second layer; the density (d 1) of the first layer; the density (d 2) of the second layer; the thickness (t 1) of the first layer; and the thickness (t 2) of the second layer. the concentration (C 1) of the first element in the first layer; the concentration (C 2) of the first element in the second layer; the density (d 1) of the first layer; the density (d 2) of the second layer; the thickness (t 1) of the first layer; and the thickness (t 2) of the second layer.
An inclined conveyor with a housing, in which at least one drive wheel is rotatably mounted on a drive axis in order to convey harvested material into a self-propelled harvesting machine, wherein the at least one drive wheel is disposed on a drive shaft in a manner which is fixed against rotation by means of a hub which extends concentrically with the drive axis, wherein the at least one drive wheel has entrainment members disposed coaxially with the drive axis, which are uniformly distributed on an axial end face of the hub, wherein the entrainment members extend from the hub to an open end and are provided for interlocking and/or force-locking transport of a belt provided with toothing, characterized in that a radial circumferential surface of the hub which faces the entrainment members has a substantially straight cylindrical profile, so that between the entrainment members and the radial circumferential surface, a substantially annular free space is formed which reaches to the axial end face, wherein a clearing element which is fixedly disposed on a housing component of the housing is associated with each drive wheel, the clearing element protruding into the free space and extending up to the axial end face.
A goggle, comprising: a goggle frame; a lens assembly comprising a lens, two opposite reels and a soft sheet, said lens being mounted on said goggle frame, said two reels being rotatably mounted in said goggle frame at opposing left and right ends of said lens, said soft sheet being partially abutted against an outer surface of said lens and having two opposite ends thereof respectively wound around said two reels; and a control assembly detachably and selectively connectable to each one of said two reels of said lens assembly and used to drive the connected said reel to rotate, so that the said reel driven by said control assembly drives said soft sheet to move laterally relative to said lens; wherein a position of said control assembly to one of the opposite reels can be interchanged left and right according to a dominant hand of a user. a goggle frame; a lens assembly comprising a lens, two opposite reels and a soft sheet, said lens being mounted on said goggle frame, said two reels being rotatably mounted in said goggle frame at opposing left and right ends of said lens, said soft sheet being partially abutted against an outer surface of said lens and having two opposite ends thereof respectively wound around said two reels; and a control assembly detachably and selectively connectable to each one of said two reels of said lens assembly and used to drive the connected said reel to rotate, so that the said reel driven by said control assembly drives said soft sheet to move laterally relative to said lens; wherein a position of said control assembly to one of the opposite reels can be interchanged left and right according to a dominant hand of a user.
A blade for a turbine, comprising a blade root defining a radially inner end of the blade and an airfoil (13, 113, 213) extending radially outwards from the blade root and having an intrados wall and an extrados wall connected to the intrados wall at a leading edge and a trailing edge of the airfoil, the airfoil (13, 113, 213) comprising at least a first internal cooling circuit including at least one intrados cavity (33, 36) extending radially along the intrados wall and along a first inner wall (47, 45) arranged between the intrados wall and the extrados wall, at least one extrados cavity (34, 37) extending radially along the extrados wall and along a second inner wall (47, 43) arranged between the intrados wall and the extrados wall, characterized in that the first cooling circuit further includes at least one inner through cavity (35, 38) defined between two through walls (59, 57, 55, 53) each extending between the intrados wall and the extrados wall, the inner through cavity (35, 38) extending radially along the intrados wall and the extrados wall, wherein the intrados cavity (33, 36), the extrados cavity (34, 37) and the inner through cavity (35, 38) are fluidly connected in series, and wherein the intrados cavity (36, 233, 236) and the extrados cavity (37, 241, 237) are arranged on either side of the inner through cavity (38, 235, 238) and a passage fluidly connects the intrados cavity (37, 241, 237) to the extrados cavity (37, 241, 237) without passing through the inner through cavity (38, 235, 238).
A solar cell module in which a plurality of solar cells are arranged between a front surface protection member and a back surface protection member and in which bus bar electrodes of the plurality of solar cells are electrically connected to each other by a wiring member, the solar cell module comprising: an adhesive layer provided between each of the bus bar electrodes and the wiring member, wherein the adhesive layer covers a side surface of each of the bus bar electrodes, characterised in that: the adhesive layer is made of a resin containing a plurality of conductive particles, each of the bus bar electrodes and the wiring member is electrically connected by the plurality of conductive particles, the resin is configured to bond the wiring member with a surface of a corresponding solar cell, and a width of the bus bar electrodes is narrower than a width of the wiring member. an adhesive layer provided between each of the bus bar electrodes and the wiring member, wherein the adhesive layer covers a side surface of each of the bus bar electrodes, characterised in that: the adhesive layer is made of a resin containing a plurality of conductive particles, each of the bus bar electrodes and the wiring member is electrically connected by the plurality of conductive particles, the resin is configured to bond the wiring member with a surface of a corresponding solar cell, and a width of the bus bar electrodes is narrower than a width of the wiring member.
An assembly for a turbine engine with an axial centerline, the assembly comprising a turbine engine structure including an outer duct wall, an inner duct wall, a first flow path and a second flow path, the inner duct wall radially inward of the outer duct wall, the first flow path radially inward of the inner duct wall, and the second flow path radially outward of the inner duct wall and radially inward of the outer duct wall; and a valve assembly including a valve element and a valve actuator, the valve element configured to regulate flow of fluid between the first flow path and the second flow path, and the valve actuator configured to move the valve element, wherein the valve actuator is positioned entirely radially outward of the outer duct wall, wherein the valve assembly further includes a rod that extends within the second flow path and mechanically couples the valve actuator to the valve element, characterised in that the rod is connected to the valve element through a first pivot joint. a turbine engine structure including an outer duct wall, an inner duct wall, a first flow path and a second flow path, the inner duct wall radially inward of the outer duct wall, the first flow path radially inward of the inner duct wall, and the second flow path radially outward of the inner duct wall and radially inward of the outer duct wall; and a valve assembly including a valve element and a valve actuator, the valve element configured to regulate flow of fluid between the first flow path and the second flow path, and the valve actuator configured to move the valve element, wherein the valve actuator is positioned entirely radially outward of the outer duct wall, wherein the valve assembly further includes a rod that extends within the second flow path and mechanically couples the valve actuator to the valve element, characterised in that the rod is connected to the valve element through a first pivot joint.
A system for implanting an anchor into bone, the system comprising: a curved cannulated guide (12, 14, 16, 18, 20) for percautaneous insertion, having a proximal end and a distal end (32, 34); a drill insertable through the curved guide from the proximal end to the distal end; and a inserter for inserting a suture anchor into a bore at the anatomical site formed by the flexible drill, the drill is flexible, the flexible drill having a shaft having a flexible portion; the inserter is flexible, the flexible inserter having a shaft having a flexible portion, the system being characterised in that the flexible portions (106, 206) of both the flexible drill and flexible inserter include a series of discrete, interlocking segments. a curved cannulated guide (12, 14, 16, 18, 20) for percautaneous insertion, having a proximal end and a distal end (32, 34); a drill insertable through the curved guide from the proximal end to the distal end; and a inserter for inserting a suture anchor into a bore at the anatomical site formed by the flexible drill, the drill is flexible, the flexible drill having a shaft having a flexible portion; the inserter is flexible, the flexible inserter having a shaft having a flexible portion, the system being characterised in that the flexible portions (106, 206) of both the flexible drill and flexible inserter include a series of discrete, interlocking segments.