mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula I or a pharmaceutically acceptable salt thereof, wherein: R1 is: C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH, COOCH 3, OH, N 3, or halogen and R2 is: H, OH, C1-8 alkyl, C1-8 alkoxy, C2-C6 alkenyl, halogen, Bn-O-, Bn- optionally substituted with C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH or halogen or Ph- optionally substituted with C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH or halogen. R1 is: C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH, COOCH 3, OH, N 3, or halogen and C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH, COOCH 3, OH, N 3, or halogen R2 is: H, OH, C1-8 alkyl, C1-8 alkoxy, C2-C6 alkenyl, halogen, Bn-O-, Bn- optionally substituted with C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH or halogen or Ph- optionally substituted with C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH or halogen. H, OH, C1-8 alkyl, C1-8 alkoxy, C2-C6 alkenyl, halogen, Bn-O-, Bn- optionally substituted with C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH or halogen or Ph- optionally substituted with C1-8 alkyl, C1-8 alkoxy, CN, NO 2, amino, COOH or halogen.
A method for testing photovoltaic modules, comprising the following steps: - modulating a power drawn from or output by a photovoltaic module using at least one modulation frequency (f Q); - scanning the photovoltaic module using a camera, and - evaluating the camera signal produced by the camera using a filter; wherein - the photovoltaic module is operated only in its forward direction, characterized in that before the camera there is placed a filter system that is transmissive in the wavelength range that contains the luminescence signals from the photovoltaic module, and in that the camera signal is evaluated using the lock-in method for obtaining a luminescence image of the photovoltaic module. - modulating a power drawn from or output by a photovoltaic module using at least one modulation frequency (f Q); - scanning the photovoltaic module using a camera, and - evaluating the camera signal produced by the camera using a filter; - the photovoltaic module is operated only in its forward direction,
Use of naltrexone enantiomers, diastereoisomers, and pharmaceutically acceptable salts thereof, for preparation of a medicament for treatment of organ damage wherein organ damage is kidney, or liver damage.
A locking device adapted in particular to locking together frames (2a, 2b) and balustrades of shoring towers or scaffolding, characterized in that it comprises at least two pins (11, 12) forming a U-shape, one of the ends of said pins secured to connection and sliding means enabling said device to be fastened to the rail of a said balustrade, and in that it includes a rocking non-return latch presenting a determined length constituted by a plate, preferably a slightly folded plate that is pivotally mounted on a top wall of said connection and sliding means, said latch being suitable for rocking from a raised disengagement position of the device to a rocked locking position in which its free end is in abutment against at least one fixed portion of said balustrade, the rocking taking place progressively as said pins (11, 12) become inserted in orifices (7, 8) for locking together said frames (2a, 2b) and balustrade, are including respectively these orifices (7, 8).
Longitudinal adjuster (1, 10) of a vehicle seat, comprising - at least one seat rail (2.1, 20.1) secured to the vehicle and one seat rail (2.2, 20.2) secured to the seat, which mutually engage to form a rail profile and are movable relative to each other in the longitudinal direction, and - at least one rail lock (3, 30), by means of which the seat rails (2.1, 2.2, 20.1, 20.2) are lockable to each other, and - at least one actuation assembly (4, 40) for actuating the rail lock (3, 30), wherein at least one adapter (5, 50) is arranged between the actuation assembly (4, 40) and the rail lock (3, 30), said adapter (5, 50) being configured as a force transmission element in such a way that at least one connection region (5.1, 50.1) of the adapter (5, 50) protrudes from the rail profile in order to connect the actuation assembly (4, 40), and at least one integrated unlocking element (5.6, 50.6) is provided on the adapter (5, 50) in order to unlock the rail lock (3, 30), said unlocking element (5.6, 50.6) being configured in such a way that, upon actuation of the actuation assembly (4, 40), it actively engages in the rail lock (3, 30) in order to unlock same, and characterized in that the adapter has at least two connection regions (5.1, 5.2), which are each configured corresponding to one of the differently designed actuation assemblies, and wherein an inner connection region (5.2) of the adapter is arranged inside the rail profile formed by the seat rails (2.1, 2.2), extends in the longitudinal orientation of the seat rails (2.1, 2.2) and is designed to receive and retain an actuation assembly inserted internally into the rail profile. - at least one seat rail (2.1, 20.1) secured to the vehicle and one seat rail (2.2, 20.2) secured to the seat, which mutually engage to form a rail profile and are movable relative to each other in the longitudinal direction, and - at least one rail lock (3, 30), by means of which the seat rails (2.1, 2.2, 20.1, 20.2) are lockable to each other, and - at least one actuation assembly (4, 40) for actuating the rail lock (3, 30), wherein
Gluing machine for attaching an edge strip to an end face of a workpiece plate, comprising a portable machine housing, which can be guided manually along the workpiece plate, an adhesive application device for applying adhesive to a rear side of the edge strip and a strip guiding device for guiding the edge strip to which adhesive has been applied to the end face of the workpiece plate for bonding to the end face, wherein a preparation assembly of the adhesive application device is located in an upper region of the machine housing for providing the adhesive in a liquid state suitable for applying the adhesive to the edge strip, so that the preparation assembly is, in a position of use in which the gluing machine is guided along the workpiece plate, located above a strip outlet of the strip guiding device for guiding the edge strip to the end face of a workpiece plate, and wherein an adhesive passage for the liquid adhesive extends relative to the position of use from the preparation assembly downwards in the direction of the strip guiding device to an adhesive outlet, characterised in that the gluing machine comprises closing valve and the adhesive passage can be closed by means of the closing valve, and/or in that the adhesive outlet comprises a valve member, with which it can be closed.
A method for encoding a transform unit of an image unit comprising image data represented by a luminance channel and at least one chrominance channel, the method comprising: - obtaining a luma coding-tree by splitting a luminance unit representative of the luminance channel of said transform unit; - obtaining a chroma coding-tree by splitting a chrominance unit representative of at least one chrominance channel of said transform unit in chroma sub-units as long as a size of resulting chroma sub-units is larger than a maximum size by signaling an information data indicating that a sub-unit of the chroma coding-tree at a given decomposition level is not split when a sub-unit of the luma coding-tree at said decomposition level co-located with said sub-unit of the chroma coding tree is split; the signaling of said information data being skipped when a sub-unit of the chroma coding-tree is not split, and the sub-unit of the luma coding-tree co-located with said sub-unit of the chroma coding tree is not split. - obtaining a luma coding-tree by splitting a luminance unit representative of the luminance channel of said transform unit; - obtaining a chroma coding-tree by splitting a chrominance unit representative of at least one chrominance channel of said transform unit in chroma sub-units as long as a size of resulting chroma sub-units is larger than a maximum size by
An agricultural machine, in particular in the form of a self-loading wagon and/or of a baler, having a conveyor rotor for conveying harvest through a conveying passage that leads to a produce collection chamber such as a press chamber or a storage chamber and having a cutting apparatus comprising a plurality of blades for cutting up the harvest conveyed through the conveying passage wherein the blades are arranged on a preferably bar-shaped blade carrier; and wherein the conveyor rotor is configured as an overhead conveyor, the conveying passage is led beyond the conveyor rotor above the conveying rotor, and the blades are arranged hanging into the conveyor passage from above, characterized in that a servicing position for servicing the blades is provided in a lateral marginal region of the machine and the blades of the cutting apparatus are supported movably transversely to the conveying direction of the conveying passage into the servicing position in the said lateral marginal region, with the blade carrier being movable laterally by a movable support over the conveying passage and/or beyond a conveyor rotor suspension into the said marginal region.
A gas-operated autoloading firearm mechanism comprising: a compression chamber fluidly interfacing a barrel via a gas takeoff; and a piston within the compression chamber which is urged rearwardly by combustion gas entering the compression chamber from the barrel during firing to: urge a round carrier rearwardly to: strip a new round from a magazine; and move the new round rearward behind a firing chamber; and urge a bolt carrier rearwardly away from the firing chamber to: expel a spend case; and to align the new round between a bolt assembly of the bolt carrier and the firing chamber so that, when the bolt carrier rebounds forward, the new round enters the firing chamber and wherein the round carrier moves relative to the bolt carrier. a compression chamber fluidly interfacing a barrel via a gas takeoff; and a piston within the compression chamber which is urged rearwardly by combustion gas entering the compression chamber from the barrel during firing to: urge a round carrier rearwardly to: strip a new round from a magazine; and move the new round rearward behind a firing chamber; and urge a bolt carrier rearwardly away from the firing chamber to: expel a spend case; and to align the new round between a bolt assembly of the bolt carrier and the firing chamber so that, when the bolt carrier rebounds forward, the new round enters the firing chamber and wherein the round carrier moves relative to the bolt carrier. urge a round carrier rearwardly to: strip a new round from a magazine; and move the new round rearward behind a firing chamber; and strip a new round from a magazine; and move the new round rearward behind a firing chamber; and urge a bolt carrier rearwardly away from the firing chamber to: expel a spend case; and to align the new round between a bolt assembly of the bolt carrier and expel a spend case; and to align the new round between a bolt assembly of the bolt carrier and the firing chamber so that, when the bolt carrier rebounds forward, the new round enters the firing chamber and wherein the round carrier moves relative to the bolt carrier.
A method for multimedia broadcast and multicast service (MBMS) operations in a wireless communication system, comprising: receiving, at a network device, a request for activation of a service from an application server, wherein the request for activation corresponds to at least one or more MBMS service delivery functionalities offered by the network device; determining, at the network device, that the application server is authorized for the at least one or more MBMS service delivery functionalities, wherein the at least one or more MBMS service delivery functionalities are a subset of the MBMS service delivery functionalities supported by the network device; and allocating a temporary mobile group identity (TMGI) to the application server in response to a determination that the application server is authorized. receiving, at a network device, a request for activation of a service from an application server, wherein the request for activation corresponds to at least one or more MBMS service delivery functionalities offered by the network device; determining, at the network device, that the application server is authorized for the at least one or more MBMS service delivery functionalities, wherein the at least one or more MBMS service delivery functionalities are a subset of the MBMS service delivery functionalities supported by the network device; and allocating a temporary mobile group identity (TMGI) to the application server in response to a determination that the application server is authorized.
Welding element, which is able to be connected to a workpiece using a welding method, having: - a head 14 with a welding surface and a stop surface facing away from the welding surface, - a shaft-shaped anchor section, which extends between a first end region and a second end region along a longitudinal axis (Xa), wherein the first end region is connected to the stop surface, wherein the welding surface has a plurality of pointed projections distributed evenly over the entire welding surface, characterised in that each projection has a pyramid-like shape with a square base, wherein each projection has a projection height (Hv) along a longitudinal axis (Xa), and wherein the projection height (Hv) of all projections is the same. - a head 14 with a welding surface and a stop surface facing away from the welding surface, - a shaft-shaped anchor section, which extends between a first end region and a second end region along a longitudinal axis (Xa), wherein the first end region is connected to the stop surface,
A folded surgical gown (2, 2') having an exposed interior surface comprising: a body portion having a back panel and a front panel, each having an interior surface and an exterior surface and each having a bottom edge along a lower section and a collar portion along an upper section with sleeves attached to the front panel; the back panel having an opening therein defined by two side edges (12, 14), where the side edges (12, 14) are folded longitudinally toward a longitudinal central axis of the gown (2, 2') with a second fold folded partially back out upon itself; the sleeves are crossed over one another on the opposite side of the longitudinal folds; the bottom edge of the gown is folded upward approximately in half toward the collar portion and perpendicular to the longitudinal central axis, covering the folded sleeves; the gown (2, 2') is folded twice more in the same direction upward toward the collar portion approximately in half each time; outside edges of the gown (2, 2') are folded approximately in half toward the central axis and toward each other such that the outside edges are adjacent one another; and the gown (2, 2') is folded in half again along the central axis to result in a final folded gown (2, 2') having only interior surfaces of the gown (2, 2') exposed, wherein a portion of the interior surface of the collar is exposed in the final folded configuration. a body portion having a back panel and a front panel, each having an interior surface and an exterior surface and each having a bottom edge along a lower section and a collar portion along an upper section with sleeves attached to the front panel; the back panel having an opening therein defined by two side edges (12, 14), where the side edges (12, 14) are folded longitudinally toward a longitudinal central axis of the gown (2, 2') with a second fold folded partially back out upon itself; the sleeves are crossed over one another on the opposite side of the longitudinal folds; the bottom edge of the gown is folded upward approximately in half toward the collar portion and perpendicular to the longitudinal central axis, covering the folded sleeves; the gown (2, 2') is folded twice more in the same direction upward toward the collar portion approximately in half each time; outside edges of the gown (2, 2') are folded approximately in half toward the central axis and toward each other such that the outside edges are adjacent one another; and the gown (2, 2') is folded in half again along the central axis to result in a final folded gown (2, 2') having only interior surfaces of the gown (2, 2') exposed, wherein a portion of the interior surface of the collar is exposed in the final folded configuration.
Item for seating furniture, in particular office swivel chair with a seat mechanism with a movable seat carrier and a backrest carrier, which are mounted on a main carrier, wherein the backrest carrier can be pivoted about a horizontal pivot axis counter to the action of a force accumulator, the seat carrier and backrest carrier are coupled to each other, and a lifting mechanism (15, 17) converts pivoting of the backrest carrier into a lifting movement of the seat carrier, characterized by a seat which is mounted on the seat carrier, and can be lowered in the rear region, wherein the seat has a flexible seat cushion carrier with a web in the central region, wherein the seat cushion carrier has, in the side region, slots which run from the edges toward the center, wherein the slots are arranged in the center to rear region of the seat cushion carrier and wherein the slots become shorter in length with increasing distance from the rear edge of the seat cushion carrier.
A smear resistant solvent-based ink comprising an elastomeric polyurethane resin, a styrene maleic anhydride copolymer, a polyurethane polyol resin, a pigment, and a group IV metal chelating agent adhesion promoter, wherein the ink provides smear resistance to polyol containing adhesives such as polyurethane adhesives.
A method of controlling the illumination power requirements for an object tracking system, the method including the steps of: (a) controlling one or more illumination devices to illuminate the object with a beam of radiation having a predefined beam shape for a predetermined time period at a predefined power level; (b) during the predetermined time period, controlling a camera to capture an image of the illuminated object within a scene; (c) processing the image to estimate the three dimensional location of the object, including the distance of the object from the camera; characterised in that: (d) based on the estimated three dimensional location of the object, selectively varying a start and/or end time of the predetermined time period to adjust the predetermined time period for illumination of subsequent images. (a) controlling one or more illumination devices to illuminate the object with a beam of radiation having a predefined beam shape for a predetermined time period at a predefined power level; (b) during the predetermined time period, controlling a camera to capture an image of the illuminated object within a scene; (c) processing the image to estimate the three dimensional location of the object, including the distance of the object from the camera;
A medical device delivery system (10; 100), comprising: a sheath (12; 102) having a wall comprising an inner surface and an outer surface, the inner surface defining a lumen along the sheath (12; 102), an access opening (30; 106) in a proximal portion of the wall and in fluid communication with the lumen; a delivery member (29; 120) at least partially disposed within the lumen, the delivery member (28; 120) passing through the access opening (30; 106); and a lock (26; 118) slidably disposed on an outer periphery of the wall, the lock (26; 118) slidably moveable from a first position to a second position along a longitudinal axis of the sheath (12; 102); characterised by a first marker (22; 114) disposed proximal the access opening (30; 106) on the outer surface, the first marker (22; 114) protruding radially outwardly from the sheath (12; 102), the first marker (22; 114) limiting movement of the lock (26; 118) towards a proximal end of the sheath (12; 102); wherein the first marker (22; 114) is positioned such that, when the lock (26; 118) is in the first position, the lock (26; 118) covers the access opening (30; 106) and restricts movement of the delivery member (29; 120) relative to the sheath (12; 102). a sheath (12; 102) having a wall comprising an inner surface and an outer surface, the inner surface defining a lumen along the sheath (12; 102), an access opening (30; 106) in a proximal portion of the wall and in fluid communication with the lumen; a delivery member (29; 120) at least partially disposed within the lumen, the delivery member (28; 120) passing through the access opening (30; 106); and a lock (26; 118) slidably disposed on an outer periphery of the wall, the lock (26; 118) slidably moveable from a first position to a second position along a longitudinal axis of the sheath (12; 102); characterised by a first marker (22; 114) disposed proximal the access opening (30; 106) on the outer surface, the first marker (22; 114) protruding radially outwardly from the sheath (12; 102), the first marker (22; 114) limiting movement of the lock (26; 118) towards a proximal end of the sheath (12; 102); wherein the first marker (22; 114) is positioned such that, when the lock (26; 118) is in the first position, the lock (26; 118) covers the access opening (30; 106) and restricts movement of the delivery member (29; 120) relative to the sheath (12; 102).
A method performed by a Radio Base Station, RBS, operable in a cellular communication network, for transmitting time alignment configuration to a UE, the method comprising: - receiving, from a neighbouring RBS, a timing related parameter relevant for the UE as estimated by the neighbouring RBS, - determining a time alignment configuration based on the received timing related parameter and - transmitting, to the UE, the determined time alignment configuration, wherein the determined time alignment configuration comprises an indication to the UE that the time alignment configuration is based on the received timing related parameter with respect to a transmitted pilot or reference signal from the neighbouring RBS. - receiving, from a neighbouring RBS, a timing related parameter relevant for the UE as estimated by the neighbouring RBS, - determining a time alignment configuration based on the received timing related parameter and - transmitting, to the UE, the determined time alignment configuration,
A portable electric tool comprising: a trigger; a motor; a blade driven by said motor; an electronic circuit for controlling the angular position or the speed of said motor on the basis of the instantaneous position of said trigger; characterized in that: said electronic circuit is configured to detect a predetermined movements sequence of said trigger and to execute a function in response to the detection of such a sequence. a trigger; a motor; a blade driven by said motor; an electronic circuit for controlling the angular position or the speed of said motor on the basis of the instantaneous position of said trigger; characterized in that: said electronic circuit is configured to detect a predetermined movements sequence of said trigger and to execute a function in response to the detection of such a sequence. said electronic circuit is configured to detect a predetermined movements sequence of said trigger and to execute a function in response to the detection of such a sequence.