mhurhangee/ep-ind-claims huggingface dataset:
A resin for an active energy ray curable ink containing a rosin-modified unsaturated polyester resin, wherein the rosin-modified unsaturated polyester resin is a reaction product of a material component containing rosins (a), α,β-unsaturated carboxylic acids (b), and polyols (c); the mole ratio of an unsaturated bond based on the α,β-unsaturated carboxylic acids (b) with respect to the total amount of the material component is 0.50 mol/kg or more and 2.00 mol/kg or less; the rosins (a) contain a stabilization-treated rosin at a ratio of 90 mass% or more with respect to the total amount of the rosins (a); the α,β-unsaturated carboxylic acids (b) contain α,β-unsaturated dicarboxylic acids; and the polyols (c) contain a trihydric or more alcohol; wherein the stabilization-treated rosin is a hydrogenated rosin and/or a disproportionated rosin. the rosin-modified unsaturated polyester resin is a reaction product of a material component containing rosins (a), α,β-unsaturated carboxylic acids (b), and polyols (c); the mole ratio of an unsaturated bond based on the α,β-unsaturated carboxylic acids (b) with respect to the total amount of the material component is 0.50 mol/kg or more and 2.00 mol/kg or less; the rosins (a) contain a stabilization-treated rosin at a ratio of 90 mass% or more with respect to the total amount of the rosins (a); the α,β-unsaturated carboxylic acids (b) contain α,β-unsaturated dicarboxylic acids; and the polyols (c) contain a trihydric or more alcohol; wherein the stabilization-treated rosin is a hydrogenated rosin and/or a disproportionated rosin.
A method performed by core network equipment configured for use in a core network of a wireless communication system, wherein the wireless communication system comprises the core network and a radio access network, the method comprising: switching to using a new non-access stratum, NAS, security context between a user equipment and the core network equipment; and during or in association with a handover procedure for handover of the user equipment, signaling from the core network equipment that the new NAS security context between the user equipment and the core network equipment is to be used as a basis for an access stratum security context between the user equipment and radio access network equipment; characterised in that the said signaling is responsive to determining that the new NAS security context has been activated, that the new NAS security context is different from a NAS security context on which a currently active AS security context is based, and that the core network equipment has not yet performed an explicit security context modification procedure that prompts the radio access network equipment included in the radio access network and the user equipment to switch to using a new AS security context based on the new NAS security context. switching to using a new non-access stratum, NAS, security context between a user equipment and the core network equipment; and during or in association with a handover procedure for handover of the user equipment, signaling from the core network equipment that the new NAS security context between the user equipment and the core network equipment is to be used as a basis for an access stratum security context between the user equipment and radio access network equipment; characterised in that the said signaling is responsive to determining that the new NAS security context has been activated, that the new NAS security context is different from a NAS security context on which a currently active AS security context is based, and that the core network equipment has not yet performed an explicit security context modification procedure that prompts the radio access network equipment included in the radio access network and the user equipment to switch to using a new AS security context based on the new NAS security context.
A two-piece surgical screw assembly comprising: (a) a shaft comprising a non-threaded portion, at least two contiguous threaded portions (34, 35), and terminating in a distal tip; and a head comprising a threaded post and means for engaging a driver to rotate the shaft around an axis of the axial length of the shaft; (b) a removable tenting cap (14, 40, 51) comprising an internal threaded portion to rotate about the threaded post for reversible engagement of the tenting cap (14, 40, 51) to the shaft and a driver mating fixture disposed in an upper surface of the tenting cap, (14, 40, 51) wherein the at least two contiguous threaded portions are composed of a region of microthreads and a region of macrothreads, wherein the macrothreads have a larger pitch, and wherein the macrothreads are located at the terminal end of the shaft and the microthreads in the penultimate portion of the shaft. (a) a shaft comprising a non-threaded portion, at least two contiguous threaded portions (34, 35), and terminating in a distal tip; and a head comprising a threaded post and means for engaging a driver to rotate the shaft around an axis of the axial length of the shaft; (b) a removable tenting cap (14, 40, 51) comprising an internal threaded portion to rotate about the threaded post for reversible engagement of the tenting cap (14, 40, 51) to the shaft and a driver mating fixture disposed in an upper surface of the tenting cap, (14, 40, 51) wherein the at least two contiguous threaded portions are composed of a region of microthreads and a region of macrothreads, wherein the macrothreads have a larger pitch, and wherein the macrothreads are located at the terminal end of the shaft and the microthreads in the penultimate portion of the shaft.
A liquid storing body comprising: a liquid storing part that is capable of storing a liquid containing a sedimentous component; a liquid supply part that is capable of supplying the liquid from the liquid storing part to a liquid jetting apparatus; an opening portion provided at an upper portion of the liquid storing part; and a stirring member having an operation part that is inserted into the liquid storing part via the opening portion, wherein a grasping part is provided at an upper end of the operation part, and a stirring portion arranged in the liquid storing part, characterized in that the liquid storing body further comprises a plug member that is mounted to the opening portion and has a through hole that extends therein in a direction of a central axis of the plug member, wherein the operation part is supported by the plug member and can slide along the through hole. a liquid storing part that is capable of storing a liquid containing a sedimentous component; a liquid supply part that is capable of supplying the liquid from the liquid storing part to a liquid jetting apparatus; an opening portion provided at an upper portion of the liquid storing part; and a stirring member having an operation part that is inserted into the liquid storing part via the opening portion, wherein a grasping part is provided at an upper end of the operation part, and a stirring portion arranged in the liquid storing part, characterized in that the liquid storing body further comprises a plug member that is mounted to the opening portion and has a through hole that extends therein in a direction of a central axis of the plug member, wherein the operation part is supported by the plug member and can slide along the through hole.
An assembly for feeding labels and taking up a backing ribbon in a labeling machine for pre-glued labels, comprising a rotating disk for supporting a reel of backing ribbon on which the pre-glued labels are applied, a separator which separates the individual labels from the backing ribbon, with subsequent transfer thereof in application to the individual containers to be labeled (5, 6), a ribbon traction device, a takeup device for taking up the backing ribbon devoid of labels with an associated device for adjusting the rotation rate thereof, characterized in that the takeup device for taking up the backing ribbon comprises at least two rewinding rollers (10, 11), which are designed to receive said ribbon and are provided with means adapted to cause an alternating operation thereof.
Treatment device for performing a cleaning and/or disinfecting treatment on body parts of animals, comprising: - a treatment zone which is adapted to receive the animals to be treated; - guiding means for guiding the animals through the treatment zone in a defined walking direction, the guiding means defining a walking path for the animals through the treatment zone; - a treatment tray which is suitable for containing a quantity of cleaning and/or disinfecting liquid, which is located at ground level in the treatment zone, in a horizontal operational position, and which is therefore suitable to be trod upon by the animals, the treatment tray being tiltably arranged in the treatment device; and - tilting means for tilting the treatment tray and thereby allowing liquid from the treatment tray to drain off from the treatment tray to an area which is located outside of areas which are located in front of the treatment device and behind the treatment device as seen in the walking direction, wherein the treatment tray is tiltable around a tilting axis extending substantially in the walking direction, wherein the tilting means are adapted to put the treatment tray from the horizontal operational position to a substantially vertical position in which the treatment tray is not in use and out of the walking path. - a treatment zone which is adapted to receive the animals to be treated; - guiding means for guiding the animals through the treatment zone in a defined walking direction, the guiding means defining a walking path for the animals through the treatment zone; - a treatment tray which is suitable for containing a quantity of cleaning and/or disinfecting liquid, which is located at ground level in the treatment zone, in a horizontal operational position, and which is therefore suitable to be trod upon by the animals, the treatment tray being tiltably arranged in the treatment device; and - tilting means for tilting the treatment tray and thereby allowing liquid from the treatment tray to drain off from the treatment tray to an area which is located outside of areas which are located in front of the treatment device and behind the treatment device as seen in the walking direction, wherein the treatment tray is tiltable around a tilting axis extending substantially in the walking direction, wherein the tilting means are adapted to put the treatment tray from the horizontal operational position to a substantially vertical position in which the treatment tray is not in use and out of the walking path.
A composite pressure vessel comprising, (a) A body comprising an inner liner which comprises a cylindrical portion extending along a longitudinal axis, X1, and which is made of a thermoplastic polymer material, and (b) An outer thermoset reinforcing structure wrapped around the body and made of a continuous fibre reinforced thermoset matrix composite, comprising reinforcing fibres and a thermoset matrix, Characterized in that, the body further comprises a thermoplastic reinforcement layer made of a continuous fibre reinforced thermoplastic composite, comprising reinforcing fibres and a thermoplastic matrix, which is adhered to the cylindrical portion of the inner liner. (a) A body comprising an inner liner which comprises a cylindrical portion extending along a longitudinal axis, X1, and which is made of a thermoplastic polymer material, and (b) An outer thermoset reinforcing structure wrapped around the body and made of a continuous fibre reinforced thermoset matrix composite, comprising reinforcing fibres and a thermoset matrix,
Garment (10, 100, 200) comprising: a garment body (12, 212) defining an inner surface suitable for wearing on an upper body, and an outer surface, the garment body (12, 212) having a front and a back, the garment body (12, 212) having an opening at its upper end, the opening forming a neck of the garment body (12, 212); and a storage pouch arranged on the inner surface of the back of the garment body (12, 212) towards the neck, the storage pouch being formed by a portion of the inner surface of the garment body (12, 212) and by an added piece, the added piece having an inner face facing the inner surface of the back of the garment body (12, 212) and an outer face facing the inner surface of the front of the garment body (12, 212), the added piece being sized so that the interior of the storage pouch accommodates the folded garment body (12, 212), and when the garment body (12, 212) is folded into the storage pouch the interior of the storage pouch is defined by the outer face of the added piece and by the external surface of the back of the garment body (12, 212), the garment being characterized in that, a free upper edge of the added piece being of a shape substantially similar to the shape of the neck, the other edges of the added piece being connected to the inner surface of the garment body (12, 212) so as to form the storage pouch. a garment body (12, 212) defining an inner surface suitable for wearing on an upper body, and an outer surface, the garment body (12, 212) having a front and a back, the garment body (12, 212) having an opening at its upper end, the opening forming a neck of the garment body (12, 212); and a storage pouch arranged on the inner surface of the back of the garment body (12, 212) towards the neck, the storage pouch being formed by a portion of the inner surface of the garment body (12, 212) and by an added piece, the added piece having an inner face facing the inner surface of the back of the garment body (12, 212) and an outer face facing the inner surface of the front of the garment body (12, 212), the added piece being sized so that the interior of the storage pouch accommodates the folded garment body (12, 212), and when the garment body (12, 212) is folded into the storage pouch the interior of the storage pouch is defined by the outer face of the added piece and by the external surface of the back of the garment body (12, 212), the garment being characterized in that, a free upper edge of the added piece being of a shape substantially similar to the shape of the neck, the other edges of the added piece being connected to the inner surface of the garment body (12, 212) so as to form the storage pouch.
A crystal form A of a compound of formula, wherein the crystal form A has a X-ray powder diffraction pattern comprising characteristic diffraction peaks with the following angles 2θ: 8.04°±0.2°, 16.52°±0.2° and 19.52°+_0.2°, measured using Cu-K alpha radiation.
A system for sealing an internal passage of a component, said system comprising: a closure element positioned within the internal passage; a joint material coupling said closure element to at least one passage wall that defines the internal passage; characterised by the system further comprising a flexible braze element positioned proximate said closure element, said joint material, and the at least one passage wall, wherein said flexible braze element comprises a solid material that is flexible at ambient temperatures, and wherein the flexible braze element is arranged to form, by subjection to at least one thermal metallurgical bonds with at least one of the closure element, the joint material, and the at least one passage wall, to form a sealing element over at least the joint material to seal the internal passage. a closure element positioned within the internal passage; a joint material coupling said closure element to at least one passage wall that defines the internal passage; characterised by the system further comprising a flexible braze element positioned proximate said closure element, said joint material, and the at least one passage wall, wherein said flexible braze element comprises a solid material that is flexible at ambient temperatures, and wherein the flexible braze element is arranged to form, by subjection to at least one thermal metallurgical bonds with at least one of the closure element, the joint material, and the at least one passage wall, to form a sealing element over at least the joint material to seal the internal passage.
A method for manufacturing an electric cable, according to which method the cable is processed in mutually independent processing modules (41, 43) in succession, wherein the cable sheath of the cable is fitted with one or more plug-in connector components (24, 25, 26, 27, 28) for later plug-in connector fitting, preferably starting from the front, free end (6, 7) of the cable, characterized in that at least one sheath clamp (10.1, 10.2, 10.3, 10.4), which is independent of the plug-in connector to be fitted on the cable in the course of the manufacturing process, is fastened to a cable sheath of the cable in a non-positively locking fashion at a defined axial position along the longitudinal axis of the cable, and is arranged axially adjacent to the at least one plug-in connector component (24, 25, 26, 27, 28) on the cable sheath in order to block the displacement path of the plug-in connector component (24, 25, 26, 27, 28) on the cable sheath in a positively locking fashion.
A system for modifying an intraocular device located within an eye, wherein the intraocular device comprises an optical element having a refractive property and a support element, the support element being coupled to the optical element and comprising at least one haptic, and wherein the intraocular device is located at an initial position within the eye such that the eye has an initial refractive profile, the system comprising: a laser assembly (14, 16, 20, 26, 28) configured to output a pulsed laser beam having a pulse width between about 300 picoseconds and about 10 femtoseconds; and a controller coupled to the laser assembly, the controller configured to direct the laser assembly to output the pulsed laser beam into the at least one haptic of the intraocular device, the pulsed laser beam forming one or more modified zones within one or more subsurface regions of the haptic to increase flexibility of the haptic, the one or more modified zones being configured to reorient the intraocular device to a corrected position within the eye such that the eye has a corrected refractive profile; characterised in that each of the modified zones is a slip zone that comprises a first portion and a second portion adjacent to the first portion, and wherein the first portion is displaceable with respect to the second portion. a laser assembly (14, 16, 20, 26, 28) configured to output a pulsed laser beam having a pulse width between about 300 picoseconds and about 10 femtoseconds; and a controller coupled to the laser assembly, the controller configured to direct the laser assembly to output the pulsed laser beam into the at least one haptic of the intraocular device, the pulsed laser beam forming one or more modified zones within one or more subsurface regions of the haptic to increase flexibility of the haptic, the one or more modified zones being configured to reorient the intraocular device to a corrected position within the eye such that the eye has a corrected refractive profile; characterised in that each of the modified zones is a slip zone that comprises a first portion and a second portion adjacent to the first portion, and wherein the first portion is displaceable with respect to the second portion.
A method for processing web service requests (106; 209; 402; 605) at a relay service (105; 203; 303; 403; 601), comprising: receiving a first service call (106; 209; 402; 605) from a client (101; 201; 301; 401; 603), the first service call implemented using a first format; converting the first service call to a second service call (107; 210; 405; 606) at the relay service, the second service call in a second format that is used by a back office service (102; 202; 306; 406; 604); making a service call to the back office service using the second format; receiving a first response (108; 211; 407; 407) to the second service call at the relay service, the first response in the second format; converting the first response to a second response (109; 212; 408; 610) at the relay service, the second response in the first format; and sending the second response to the client from the relay service, the method further comprising: authenticating the first service call using a security token; and extracting user identity information from the security token to use when making the second service call to the back office service. receiving a first service call (106; 209; 402; 605) from a client (101; 201; 301; 401; 603), the first service call implemented using a first format; converting the first service call to a second service call (107; 210; 405; 606) at the relay service, the second service call in a second format that is used by a back office service (102; 202; 306; 406; 604); making a service call to the back office service using the second format; receiving a first response (108; 211; 407; 407) to the second service call at the relay service, the first response in the second format; converting the first response to a second response (109; 212; 408; 610) at the relay service, the second response in the first format; and sending the second response to the client from the relay service, the method further comprising: authenticating the first service call using a security token; and extracting user identity information from the security token to use when making the second service call to the back office service. authenticating the first service call using a security token; and extracting user identity information from the security token to use when making the second service call to the back office service.
Process for the production of a solid dosage form with at least reduced potential for abuse, characterised in that a) to a formulation mixture containing at least one active ingredient with potential for abuse, at least one antioxidant as auxiliary substance and at least one synthetic or natural polymer, which exhibits a breaking strength of at least 500 N, a solvent for the polymer is added at least in such quantities that the formulation mixture is uniformly moistened; b) the composition, which has been at least moistened thus is optionally divided into sub-portions; c) the portion(s) are dried and d) shaped into the dosage form, wherein polymer is used in such quantities that the dosage form also has a minimum breaking strength of at least 500 N. a) to a formulation mixture containing at least one active ingredient with potential for abuse, at least one antioxidant as auxiliary substance and at least one synthetic or natural polymer, which exhibits a breaking strength of at least 500 N, a solvent for the polymer is added at least in such quantities that the formulation mixture is uniformly moistened; b) the composition, which has been at least moistened thus is optionally divided into sub-portions; c) the portion(s) are dried and d) shaped into the dosage form,
A magnetic tunnel junction based sensor device, the device comprising: a MTJ element comprising a free layer, a pinned layer, and a tunnel barrier, the tunnel barrier being arranged between the free layer and the pinned layer, wherein the free layer is adapted to flex towards or away from the tunnel barrier during acceleration causing a corresponding change in resistance of the MTJ element; and processing circuitry configured to: measure the resistance at the MTJ element; and determine acceleration based on the resistance at the MTJ element. a MTJ element comprising a free layer, a pinned layer, and a tunnel barrier, the tunnel barrier being arranged between the free layer and the pinned layer, wherein the free layer is adapted to flex towards or away from the tunnel barrier during acceleration causing a corresponding change in resistance of the MTJ element; and processing circuitry configured to: measure the resistance at the MTJ element; and determine acceleration based on the resistance at the MTJ element. measure the resistance at the MTJ element; and determine acceleration based on the resistance at the MTJ element.