mhurhangee/ep-ind-claims huggingface dataset:
A device for folding a seat, the device comprising: a lower arm stopper formed to a predetermined radial position of a lower arm with respect to a reclining hinge shaft of a seatback as a center; a lock plate configured to rotate about a rotation shaft as a center while being hooked to the lower arm stopper in a process of reclining forward together with the seatback with respect to the reclining hinge shaft as the center; a folding link configured to be limited to rotate by being hooked to the lock plate and configured to make folding rotation together with the seatback with respect to a folding hinge shaft, as a center, located at a part above the reclining hinge shaft, by being released from being hooked to the lock plate according to the rotation of the lock plate; and a lever configured to manipulate a reclining or folding operation of the seatback, wherein according to a manipulation of the lever, locking between the seatback and a seat cushion is released so that the lock plate and the folding link together with the seatback rotate forward about the reclining hinge shaft as the center, characterized in that, with the reclining hinge shaft as the center, a guide pin is fixed at a predetermined radial position of the lower arm, and a guide hole of a long hole into which the guide pin is inserted extends along a rotation path of the lever in the lever, thereby allowing the lever to rotate in a guide hole section. a lower arm stopper formed to a predetermined radial position of a lower arm with respect to a reclining hinge shaft of a seatback as a center; a lock plate configured to rotate about a rotation shaft as a center while being hooked to the lower arm stopper in a process of reclining forward together with the seatback with respect to the reclining hinge shaft as the center; a folding link configured to be limited to rotate by being hooked to the lock plate and configured to make folding rotation together with the seatback with respect to a folding hinge shaft, as a center, located at a part above the reclining hinge shaft, by being released from being hooked to the lock plate according to the rotation of the lock plate; and a lever configured to manipulate a reclining or folding operation of the seatback, wherein according to a manipulation of the lever, locking between the seatback and a seat cushion is released so that the lock plate and the folding link together with the seatback rotate forward about the reclining hinge shaft as the center, characterized in that, with the reclining hinge shaft as the center, a guide pin is fixed at a predetermined radial position of the lower arm, and a guide hole of a long hole into which the guide pin is inserted extends along a rotation path of the lever in the lever, thereby allowing the lever to rotate in a guide hole section.
An angle adjustment mechanism for a pump and a motor comprising: a base including a motor flange for mounting a motor, a pump flange opposite said motor flange for mounting a pump, a hinge disposed between said motor flange and said pump flange and a pair of spaced apertures disposed opposite said hinge; characterized by: an eccentric bushing having a body portion received in one of said apertures of said base, said eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion; and a fixed link having a first pin portion (28, 29) received in said inner bore of said eccentric bushing and a second pin portion (28, 29) received in the other of said apertures of said base, wherein rotation of said eccentric bushing changes the distance between said apertures of said base, thereby changing an angle between said motor flange and said pump flange about said hinge. a base including a motor flange for mounting a motor, a pump flange opposite said motor flange for mounting a pump, a hinge disposed between said motor flange and said pump flange and a pair of spaced apertures disposed opposite said hinge; characterized by: an eccentric bushing having a body portion received in one of said apertures of said base, said eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion; and a fixed link having a first pin portion (28, 29) received in said inner bore of said eccentric bushing and a second pin portion (28, 29) received in the other of said apertures of said base, an eccentric bushing having a body portion received in one of said apertures of said base, said eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion; and a fixed link having a first pin portion (28, 29) received in said inner bore of said eccentric bushing and a second pin portion (28, 29) received in the other of said apertures of said base, wherein rotation of said eccentric bushing changes the distance between said apertures of said base, thereby changing an angle between said motor flange and said pump flange about said hinge.
A computer-implemented method of obtaining access to network resources for a mobile device, the method comprising: receiving a request, at an authentication and authorization function, AAF, from a Radio Access Network, RAN, device, for access for a mobile device; authenticating, at the AAF, the mobile device; responsive to failing authorization to access any of a plurality of virtual networks, authorizing at the AAF, the mobile device to access a limited access service; wherein the plurality of virtual networks is established through a plurality of core networks each connected to the RAN; wherein the method is executed by an AAF of the RAN network. receiving a request, at an authentication and authorization function, AAF, from a Radio Access Network, RAN, device, for access for a mobile device; authenticating, at the AAF, the mobile device; responsive to failing authorization to access any of a plurality of virtual networks, authorizing at the AAF, the mobile device to access a limited access service; wherein the plurality of virtual networks is established through a plurality of core networks each connected to the RAN; wherein the method is executed by an AAF of the RAN network.
The use of a Saccharomyces cerevisiae active yeast adapted to a weak organic acid, said adapted yeast having the following features: - it is derived from a strain chosen from the strains deposited at the CNCM, respectively under numbers I-5128 and I-5131 on August 31, 2016, - the ratio between the activity according to the A1 test of said adapted active yeast derived from a strain chosen from I-5128 and 1-5131, and the activity according to the A1 test of the non-adapted active yeast derived from the same strain chosen from I-5128 and I-5131 is greater than or equal to 1, said A1 test corresponding to the protocol as described in the specification page 4, line 6-30, - it is obtained according to the method described in example 1 of the specification, - it presents an increased tolerance to a weak organic acid by virtue of a previous exposure to this acid such that the growth and the fermentative capacity of said adapted yeast are not inhibited when the yeast is in the presence of said weak organic acid for at least the second time, said weak organic acid being chosen from propionic acid and salts thereof, for improving the growth and weight gain performances and the consumption index of poultry. - it is derived from a strain chosen from the strains deposited at the CNCM, respectively under numbers I-5128 and I-5131 on August 31, 2016, - the ratio between the activity according to the A1 test of said adapted active yeast derived from a strain chosen from I-5128 and 1-5131, and the activity according to the A1 test of the non-adapted active yeast derived from the same strain chosen from I-5128 and I-5131 is greater than or equal to 1, said A1 test corresponding to the protocol as described in the specification page 4, line 6-30, - it is obtained according to the method described in example 1 of the specification, - it presents an increased tolerance to a weak organic acid by virtue of a previous exposure to this acid such that the growth and the fermentative capacity of said adapted yeast are not inhibited when the yeast is in the presence of said weak organic acid for at least the second time, said weak organic acid being chosen from propionic acid and salts thereof,
An arrangement of a flexographic printing press with central impression drum comprising at least one unwind unit, printing unit, drying unit, cooling unit and rewind unit, characterized in that, said arrangement consists of a printing part of the flexographic printing press in which the units directly related to printing are arranged and which comprises a printing unit followed by a drying unit and a cooling unit, and an end part of the flexographic printing press which includes at least the unwind unit and the rewind unit, wherein the printing part of the flexographic printing press is spatially detached from the end part of the flexographic printing press.
A sensor integrated circuit, the sensor integrated circuit comprising a controller and a diagnostic module in communication with the controller, the controller being configured for providing a diagnostic reporting signal, the diagnostic reporting signal being a periodic superposition signal on a sensing output of the sensor integrated circuit and/or on a supply current of the sensor integrated circuit, wherein the periodic superposition signal has periodic pulses with a predetermined fixed pulse duration and a predetermined periodicity, wherein the periodic superposition signal is present on the sensing output and/or on the supply current when no fault is detected, the controller furthermore being configured for altering the predetermined periodicity or predetermined fixed pulse duration of the periodic superposition signal upon a fault detection in the diagnostic module communicated to the controller, wherein the predetermined fixed pulse duration and/or the predetermined periodicity is determined based on an internal operating cycle of the sensor integrated circuit. the controller being configured for providing a diagnostic reporting signal, the diagnostic reporting signal being a periodic superposition signal on a sensing output of the sensor integrated circuit and/or on a supply current of the sensor integrated circuit, wherein the periodic superposition signal has periodic pulses with a predetermined fixed pulse duration and a predetermined periodicity, wherein the periodic superposition signal is present on the sensing output and/or on the supply current when no fault is detected, the controller furthermore being configured for altering the predetermined periodicity or predetermined fixed pulse duration of the periodic superposition signal upon a fault detection in the diagnostic module communicated to the controller, wherein the predetermined fixed pulse duration and/or the predetermined periodicity is determined based on an internal operating cycle of the sensor integrated circuit.
Vane for a gas turbine, comprising a vane blade which extends in a vane longitudinal direction and transforms at the lower end into a shaft that ends in a vane root for fixing the vane to a vane carrier, in particular a rotor disc, wherein in the interior of the vane blade, devices are arranged for cooling the vane and can be supplied with a cooling medium, in particular cooling air, via a supply bore arranged laterally on the shaft, characterised in that in the region of the supply bore, at least one stiffening element is provided for reducing mechanical stresses, wherein the stiffening element widens out around the supply bore; wherein a platform is formed at the interface between the shaft and the vane blade, and the stiffening element adjoins the underside of the platform directly and has rounded corners on the opposite side.
A packaging box having a six-sided rectangular shape for product packaging and having an empty inside, the packaging box comprising: a right side portion; a second cover portion extending from the top of the right side portion; a second cover insertion portion extending from the top of the second cover portion; a back side portion extending from the right side of the right side portion; a first cover portion extending from the top of the back side portion; a first cover insertion portion extending from the top of the first cover portion; a left side portion extending from the right side of the back side portion; a front side portion extending from a lateral side of the left side portion; a bottom side portion that closes the bottom of the packaging box, wherein a through hole into which a hanger is insertable is formed in the first cover insertion portion, characterised in that the first cover portion and the first insertion portion of the first cover portion are distinguished by a folding line, and a cut-out portion is formed in the left side portion such that a portion of the second cover insertion portion is insertable into the cut-out portion. a right side portion; a second cover portion extending from the top of the right side portion; a second cover insertion portion extending from the top of the second cover portion; a back side portion extending from the right side of the right side portion; a first cover portion extending from the top of the back side portion; a first cover insertion portion extending from the top of the first cover portion; a left side portion extending from the right side of the back side portion; a front side portion extending from a lateral side of the left side portion; a bottom side portion that closes the bottom of the packaging box, wherein a through hole into which a hanger is insertable is formed in the first cover insertion portion, characterised in that the first cover portion and the first insertion portion of the first cover portion are distinguished by a folding line, and a cut-out portion is formed in the left side portion such that a portion of the second cover insertion portion is insertable into the cut-out portion.
A device for transporting a waste container, the device comprising: a mount for mounting the device to a vehicle, a central support for supporting the waste container, the central support being connected to the mount and being extendable to lift the waste container off the ground, an attachment element for attaching the waste container to the central support, at least one lifting arm for supporting the waste container, the at least one lifting arm being connected to a top portion of the central support and supports the attachment element; and a lifting mechanism for raising and lowering the waste container when the waste container is attached to the at least one lifting arm, and wherein the device is configured such that when the device is mounted to the vehicle and the at least one lifting arm is in the lifting position, a waste container can be lifted and transported by the vehicle in a substantially upright position, characterized in that the at least one lifting arm is moveable between a lifting position in which the at least one lifting arm is arranged to support the waste container, and a folded position in which the at least one lifting arm extends along a length of the central support. a mount for mounting the device to a vehicle, a central support for supporting the waste container, the central support being connected to the mount and being extendable to lift the waste container off the ground, an attachment element for attaching the waste container to the central support, at least one lifting arm for supporting the waste container, the at least one lifting arm being connected to a top portion of the central support and supports the attachment element; and a lifting mechanism for raising and lowering the waste container when the waste container is attached to the at least one lifting arm, and wherein the device is configured such that when the device is mounted to the vehicle and the at least one lifting arm is in the lifting position, a waste container can be lifted and transported by the vehicle in a substantially upright position, characterized in that the at least one lifting arm is moveable between a lifting position in which the at least one lifting arm is arranged to support the waste container, and a folded position in which the at least one lifting arm extends along a length of the central support.
A method comprising: providing a tagged corrosion-inhibiting additive that comprises an imidazoline-based amine bonded with a detectable moiety, wherein the imidazoline-based amine comprises formula A and wherein the R group may be hydrogen or carbon-based functional groups; through a synthesis scheme selected from the group consisting of: i) a first synthesis scheme comprising reacting boric acid with butanol in an ethylene glycol solvent to form a cyclic borate intermediate that comprises the detectable moiety, and substituting the cyclic borate intermediate with the imidazoline-based compound such that the imidazoline-based compound is covalently bonded with a detectable moiety as follows:; and ii) a second synthesis scheme comprising substituting a fatty acid onto the imidazoline-based amine and substituting a borate detectable moiety onto the fatty acid chain as follows; and introducing the tagged corrosion-inhibiting additive into at least a portion of a subterranean formation. providing a tagged corrosion-inhibiting additive that comprises an imidazoline-based amine bonded with a detectable moiety, wherein the imidazoline-based amine comprises formula A and wherein the R group may be hydrogen or carbon-based functional groups; through a synthesis scheme selected from the group consisting of: i) a first synthesis scheme comprising reacting boric acid with butanol in an ethylene glycol solvent to form a cyclic borate intermediate that comprises the detectable moiety, and substituting the cyclic borate intermediate with the imidazoline-based compound such that the imidazoline-based compound is covalently bonded with a detectable moiety as follows:; and ii) a second synthesis scheme comprising substituting a fatty acid onto the imidazoline-based amine and substituting a borate detectable moiety onto the fatty acid chain as follows; and i) a first synthesis scheme comprising reacting boric acid with butanol in an ethylene glycol solvent to form a cyclic borate intermediate that comprises the detectable moiety, and substituting the cyclic borate intermediate with the imidazoline-based compound such that the imidazoline-based compound is covalently bonded with a detectable moiety as follows:; and ii) a second synthesis scheme comprising substituting a fatty acid onto the imidazoline-based amine and substituting a borate detectable moiety onto the fatty acid chain as follows; and introducing the tagged corrosion-inhibiting additive into at least a portion of a subterranean formation.
A method of preparing condensation cross-linked particles in an emulsion, said method comprising the steps of: A. providing a first linear reactant having two unsaturated carbon-carbon moieties; B. providing a second linear reactant having two Si-H moieties; C. providing a third reactant having at least one condensable reactive group and having up to two unsaturated carbon-carbon moieties or Si-H moieties with the proviso that the third reactant has at least one unsaturated carbon-carbon moiety or Si-H moiety; D. providing a hydrosilylation catalyst; E. providing a polar liquid; F. combining the first, second, and third reactants in the presence of the hydrosilylation catalyst and the polar liquid to form an emulsion wherein the first, second, and third reactants react via a hydrosilylation reaction to form particles in the emulsion that have a linear backbone wherein the condensable reactive group is disposed thereon, and wherein the particles are disposed in the polar liquid; and G. cross-linking the linear backbone via a condensation reaction to form the condensation cross-linked particles. A. providing a first linear reactant having two unsaturated carbon-carbon moieties; B. providing a second linear reactant having two Si-H moieties; C. providing a third reactant having at least one condensable reactive group and having up to two unsaturated carbon-carbon moieties or Si-H moieties with the proviso that the third reactant has at least one unsaturated carbon-carbon moiety or Si-H moiety; D. providing a hydrosilylation catalyst; E. providing a polar liquid; F. combining the first, second, and third reactants in the presence of the hydrosilylation catalyst and the polar liquid to form an emulsion wherein the first, second, and third reactants react via a hydrosilylation reaction to form particles in the emulsion that have a linear backbone wherein the condensable reactive group is disposed thereon, and wherein the particles are disposed in the polar liquid; and G. cross-linking the linear backbone via a condensation reaction to form the condensation cross-linked particles.
An electronic device, comprising: a first support member disposed in an inner space defined within the electronic device and including at least one screw-fastening portion; a first printed circuit board stacked on the first support member and including at least one screw-fixing portion disposed facing the at least one screw-fastening portion; a second printed circuit board spaced apart from the first printed circuit board and including at least one first screw guide groove facing the at least one screw-fixing portion; an interposer disposed between the first printed circuit board and the second printed circuit board to electrically connect the first printed circuit board and the second printed circuit board, and the interposer including at least one second screw guide groove facing the at least one first screw guide groove; a second support member stacked on the second printed circuit board and including a screw inlet portion facing the at least one first screw guide groove; and an extension member extending from the screw inlet portion towards the first support member, the extension member being at least partially accommodated in the first screw guide groove and the second screw guide groove, wherein the extension member defines a depth such that a portion of the extension member contacts with a top face of the first printed circuit board when assembled, and wherein the second support member, the first printed circuit board, and the first support member are affixed to each other via a screw inserted through the screw inlet portion in the second support member. a first support member disposed in an inner space defined within the electronic device and including at least one screw-fastening portion; a first printed circuit board stacked on the first support member and including at least one screw-fixing portion disposed facing the at least one screw-fastening portion; a second printed circuit board spaced apart from the first printed circuit board and including at least one first screw guide groove facing the at least one screw-fixing portion; an interposer disposed between the first printed circuit board and the second printed circuit board to electrically connect the first printed circuit board and the second printed circuit board, and the interposer including at least one second screw guide groove facing the at least one first screw guide groove; a second support member stacked on the second printed circuit board and including a screw inlet portion facing the at least one first screw guide groove; and an extension member extending from the screw inlet portion towards the first support member, the extension member being at least partially accommodated in the first screw guide groove and the second screw guide groove, wherein the extension member defines a depth such that a portion of the extension member contacts with a top face of the first printed circuit board when assembled, and wherein the second support member, the first printed circuit board, and the first support member are affixed to each other via a screw inserted through the screw inlet portion in the second support member.