mhurhangee/ep-ind-claims huggingface dataset:
An automated key transition method executed by a node in a network, the network including a set of nodes that are interconnected and utilizing a current key identifier provided by a group key management server or provisioned manually, a key identifier specifies an authentication protocol and an authentication key for use in the authentication of intermediate-system to intermediate-system, IS-IS, protocol data units within an IS-IS network, area or domain, the method including a set of steps comprising: receiving a message from the group key management server having a most recent key field to hold a most recent key identifier to replace the current key identifier and notifying an IS-IS module of a change of the most recent key identifier; advertising the most recent key identifier to all reachable nodes in response to receiving the message from the group key management server; verifying whether all reachable nodes have advertised the most recent key identifier; continuing authentication using the current key identifier until all reachable nodes have been verified to advertise the most recent key identifier; and switching authentication to use the most recent key identifier upon verification that all reachable nodes have advertised the most recent key identifier. receiving a message from the group key management server having a most recent key field to hold a most recent key identifier to replace the current key identifier and notifying an IS-IS module of a change of the most recent key identifier; advertising the most recent key identifier to all reachable nodes in response to receiving the message from the group key management server; verifying whether all reachable nodes have advertised the most recent key identifier; continuing authentication using the current key identifier until all reachable nodes have been verified to advertise the most recent key identifier; and switching authentication to use the most recent key identifier upon verification that all reachable nodes have advertised the most recent key identifier.
A chewing gum comprising a particulate material for controlled release of active ingredients, the particulate material comprising a combination of one or more active ingredients, wherein said one or more active ingredients comprises nicotine, and an inorganic mineral filler, wherein the one or more active ingredient is reversibly absorbed into and/or adsorbed onto the inorganic mineral filler, wherein the BET specific surface area of the inorganic mineral filler is above 15 m 2 /g, the BET specific surface area measured in accordance with ISO 9277, and wherein said inorganic mineral filler comprises a natural calcium carbonate and/or a precipitated calcium carbonate.
A cooling plate (20, 120, 220) for a battery module comprising: first (42, 142, 242), second (44, 144, 244) and third cooling channels (46, 146, 246) respectively having first, second and third shapes that are respectively arranged in first, second and third thermal regions, wherein the first, second and third thermal regions (X, Y, Z) are different than one another, the third thermal region is proximate a coolant inlet port and a coolant outlet port, the first thermal region is located opposite the third thermal region, the first cooling channel (42, 142, 242) is provided in a U-shape, and characterized in that the second cooling channel (44, 144, 244) is provided in a serpentine-shape about a first direction, and the third cooling channel (46, 146, 246) is provided in a serpentine-shape about a second direction that is generally perpendicular to the first direction. first (42, 142, 242), second (44, 144, 244) and third cooling channels (46, 146, 246) respectively having first, second and third shapes that are respectively arranged in first, second and third thermal regions, wherein the first, second and third thermal regions (X, Y, Z) are different than one another, the third thermal region is proximate a coolant inlet port and a coolant outlet port, the first thermal region is located opposite the third thermal region, the first cooling channel (42, 142, 242) is provided in a U-shape, and characterized in that the second cooling channel (44, 144, 244) is provided in a serpentine-shape about a first direction, and the third cooling channel (46, 146, 246) is provided in a serpentine-shape about a second direction that is generally perpendicular to the first direction.
A power drive unit PDU for moving cargo relative to a cargo bay of an aircraft, comprising: a cam shaft; a lift cam coupled to the cam shaft and configured to cause the PDU to be in at least one of a raised position or a lowered position based on rotation of the cam shaft; and a permanent magnet motor configured to generate a cogging torque sufficient to resist rotation of the cam shaft such that the PDU remains in the raised position in response to power being removed from the permanent magnet motor, wherein the PDU further comprises a planetary gear set configured to be coupled to the permanent magnet motor and to the cam shaft such that mechanical power can transfer from the permanent magnet motor to the cam shaft via the planetary gear set and such that a gear ratio of the planetary gear set multiplies the cogging torque of the permanent magnet motor to generate reflected inertia, the PDU further comprising an output shaft coupled to the permanent magnet motor and to the planetary gear set such that mechanical power can transfer from the permanent magnet motor to the output shaft via the planetary gear set, and a drag clutch coupled to the planetary gear set and configured to control the coupling between the cam shaft and the planetary gear set and between the output shaft and the planetary gear set. a cam shaft; a lift cam coupled to the cam shaft and configured to cause the PDU to be in at least one of a raised position or a lowered position based on rotation of the cam shaft; and a permanent magnet motor configured to generate a cogging torque sufficient to resist rotation of the cam shaft such that the PDU remains in the raised position in response to power being removed from the permanent magnet motor, wherein the PDU further comprises a planetary gear set configured to be coupled to the permanent magnet motor and to the cam shaft such that mechanical power can transfer from the permanent magnet motor to the cam shaft via the planetary gear set and such that a gear ratio of the planetary gear set multiplies the cogging torque of the permanent magnet motor to generate reflected inertia, the PDU further comprising an output shaft coupled to the permanent magnet motor and to the planetary gear set such that mechanical power can transfer from the permanent magnet motor to the output shaft via the planetary gear set, and a drag clutch coupled to the planetary gear set and configured to control the coupling between the cam shaft and the planetary gear set and between the output shaft and the planetary gear set.
A mechanical bottom enclosure (302, 400) for a communication device, the mechanical bottom enclosure comprising: a non-conductive region constructed of non-conductive material; and a plurality of conductive regions (402.1,..., 402.n) constructed of conductive material, wherein the plurality of conductive regions are formed within or onto the non-conductive region so as to be arranged in a series of rows and columns to form a matrix, wherein the non-conductive region is configured to separate adjacent conductive regions from among the plurality of conductive regions, and wherein the non-conductive region is configured to confine a plurality of eddy currents, induced to the plurality of conductive regions by a magnetic field contacting, or being sufficiently proximate to, the mechanical bottom enclosure, to closed loops around surfaces of the plurality of conductive regions. a non-conductive region constructed of non-conductive material; and a plurality of conductive regions (402.1,..., 402.n) constructed of conductive material, wherein the plurality of conductive regions are formed within or onto the non-conductive region so as to be arranged in a series of rows and columns to form a matrix, wherein the non-conductive region is configured to separate adjacent conductive regions from among the plurality of conductive regions, and wherein the non-conductive region is configured to confine a plurality of eddy currents, induced to the plurality of conductive regions by a magnetic field contacting, or being sufficiently proximate to, the mechanical bottom enclosure, to closed loops around surfaces of the plurality of conductive regions.
Capsule consisting of a preferably rotationally symmetrically formed capsule body having a side wall and having a base formed integrally therewith, and having a lid which covers the capsule body and is intended for forming a closed chamber, which contains a substance for preparing a beverage, it being possible for the lid and the base to be pierced by means (16, 31) arranged outside the capsule in order for a liquid to be channelled through the chamber from the lid towards the base, wherein the substance rests directly on the base of the capsule, and wherein the base has an annular channel with and outer wall portion and an inner wall portion, whose inner wall portion forms a hollow, preferably frustoconical stiffening zone which tapers preferably towards the lid, in which an elevation, associated with means arranged externally to the capsule, for centering the capsule during the piercing can enter, characterized in that the base of the channel forms the penetration zone and that the wall thickness of the base in the region of the penetratable zone is smaller than at the inner and/or the outer wall portion (9, 12).
An apparatus (201, 301, 500), comprising: a scheduling module operable to determine a first packet transmission time offset of a first timing packet, wherein the first packet transmission time offset is substantially randomly determined from a seed derived from a field in a third timing packet received at the apparatus, and to determine a second packet transmission time offset of a second timing packet based on the first packet transmission time offset and a timing packet spacing; and a transmission module operable to transmit the first timing packet based on the first packet transmission time offset, and to transmit the second timing packet based on the second packet transmission time offset. a scheduling module operable to determine a first packet transmission time offset of a first timing packet, wherein the first packet transmission time offset is substantially randomly determined from a seed derived from a field in a third timing packet received at the apparatus, and to determine a second packet transmission time offset of a second timing packet based on the first packet transmission time offset and a timing packet spacing; and a transmission module operable to transmit the first timing packet based on the first packet transmission time offset, and to transmit the second timing packet based on the second packet transmission time offset.
An injection aid for use with an injection device, the injection device having a needle shield, the injection aid comprising: a body being configured to receive the injection device; a lever mounted to the body, the lever being configured to rotate about the body; and at least two rotatable gears (108,110) mounted to the body, each gear (108,110) having at least one grip (126,128,134,136), the grips being configured to apply force along a length of the needle shield, wherein one of the at least two gears (108,110) is connected to the lever; wherein the grips (126,128,134,136) are configured to remove the needle shield when the lever is rotated from a fully open position to a fully closed position. a body being configured to receive the injection device; a lever mounted to the body, the lever being configured to rotate about the body; and at least two rotatable gears (108,110) mounted to the body, each gear (108,110) having at least one grip (126,128,134,136), the grips being configured to apply force along a length of the needle shield, wherein one of the at least two gears (108,110) is connected to the lever; wherein the grips (126,128,134,136) are configured to remove the needle shield when the lever is rotated from a fully open position to a fully closed position.
A method for the prognosis of mortality of a subject, wherein said subject is a critically ill patient, and wherein said method comprises (i) determining a level of at least one histone in a blood, blood plasma, or blood serum sample of said subject; and (ii) determining a level of proadrenomedullin (proADM) in a blood, blood plasma or blood serum sample of said subject; wherein said level of at least one histone is compared to a reference level of at least one histone; and (iii) said level of proADM is compared to a reference level of proADM; and (iii) wherein said mortality of said subject is identified based on the comparison in step and, and wherein said level of at least one histone and said level of proADM are indicative of said mortality occurring within 7 days. (i) determining a level of at least one histone in a blood, blood plasma, or blood serum sample of said subject; and (ii) determining a level of proadrenomedullin (proADM) in a blood, blood plasma or blood serum sample of said subject; wherein said level of at least one histone is compared to a reference level of at least one histone; and (iii) said level of proADM is compared to a reference level of proADM; and (iii) wherein said mortality of said subject is identified based on the comparison in step and, and wherein said level of at least one histone and said level of proADM are indicative of said mortality occurring within 7 days.
A therapeutic agent for use in the treatment of a fatty liver disease, the therapeutic agent comprising a compound represented by the following formula: or a pharmaceutically acceptable salt thereof.
An operating arm for a tyre changing machine configured to remove a tyre from a respective rim of a vehicle wheel, the operating arm including: - a supporting structure; - a head; - a removal tool pivoted to the head to rotate relative thereto about an axis of oscillation transverse to the longitudinal axis; - a driving member movable along an operating axis parallel to the longitudinal axis relative to the supporting structure and to the head, and articulated to the removal tool at an operating point which is spaced from the axis of oscillation; - an actuator comprising a stationary member, connected to the supporting structure, and a movable member, adapted to drive the removal tool in rotation and in translation, wherein the movable member of the actuator is connected to the driving member to directly drive it along the operating axis; - a coupling member coupled to the supporting structure, to the head and to the driving member, characterized in that the head is movable along the longitudinal axis relative to the supporting structure. - a supporting structure; - a head; - a removal tool pivoted to the head to rotate relative thereto about an axis of oscillation transverse to the longitudinal axis; - a driving member movable along an operating axis parallel to the longitudinal axis relative to the supporting structure and to the head, and articulated to the removal tool at an operating point which is spaced from the axis of oscillation; - an actuator comprising a stationary member, connected to the supporting structure, and a movable member, adapted to drive the removal tool in rotation and in translation, wherein the movable member of the actuator is connected to the driving member to directly drive it along the operating axis; - a coupling member coupled to the supporting structure, to the head and to the driving member,
A method (390; 490; 590) of manufacturing an airfoil of a gas turbine engine, the method (390; 490; 590) comprising: fixing the airfoil in a workpiece space; detecting a position of the airfoil in the workpiece space using a force-sensing element; and removing material from the airfoil to reduce a dimension of the airfoil, wherein detecting the position of the airfoil comprises moving the force-sensing element across a surface of the airfoil, wherein the surface of the airfoil is a first surface, wherein removing material from the airfoil to reduce the dimension of the airfoil comprises removing material from a second surface of the airfoil opposite the first surface, characterised in that removing material from the second surface of the airfoil is performed substantially simultaneously as moving the force-sensing element across the first surface of the airfoil by using a clamp force-sensing element having a sensing portion and a cutting portion. fixing the airfoil in a workpiece space; detecting a position of the airfoil in the workpiece space using a force-sensing element; and removing material from the airfoil to reduce a dimension of the airfoil, wherein detecting the position of the airfoil comprises moving the force-sensing element across a surface of the airfoil, wherein the surface of the airfoil is a first surface, wherein removing material from the airfoil to reduce the dimension of the airfoil comprises removing material from a second surface of the airfoil opposite the first surface, characterised in that removing material from the second surface of the airfoil is performed substantially simultaneously as moving the force-sensing element across the first surface of the airfoil by using a clamp force-sensing element having a sensing portion and a cutting portion.
A method for operating an electronic device, the method comprising: receiving an input for folding a flexible display of the electronic device, the input comprising a voice command; identifying a state of the electronic device by using at least one sensor of the electronic device; determining a degree of freedom indicating a possibility of folding the flexible display, based on the identified state of the electronic device; identifying whether the flexible display is capable of being folded, based on the degree of freedom and physical properties of the flexible display; when identifying that the flexible display is capable of being folded, controlling an actuator of the electronic device to fold the flexible display; and when identifying that the flexible display is not capable of being folded, generating an alert for indicating that the flexible display is not capable of being folded, wherein the alert comprises an audio alert, a visual alert, or a Natural Language alert. receiving an input for folding a flexible display of the electronic device, the input comprising a voice command; identifying a state of the electronic device by using at least one sensor of the electronic device; determining a degree of freedom indicating a possibility of folding the flexible display, based on the identified state of the electronic device; identifying whether the flexible display is capable of being folded, based on the degree of freedom and physical properties of the flexible display; when identifying that the flexible display is capable of being folded, controlling an actuator of the electronic device to fold the flexible display; and when identifying that the flexible display is not capable of being folded, generating an alert for indicating that the flexible display is not capable of being folded, wherein the alert comprises an audio alert, a visual alert, or a Natural Language alert.
A juice extraction device for extracting juice from food, including: • a hollow juice extraction screw capable of being rotated along an axis; • a food inlet, said food enters the juice extraction device through the food inlet; • a mesh filter for separating the juice from the food, said mesh filter encompassing the hollow juice extraction screw; and • a housing encompassing the mesh filter, characterized in that said food enters the juice extraction device through the food inlet and the hollow juice extraction screw. • a hollow juice extraction screw capable of being rotated along an axis; • a food inlet, said food enters the juice extraction device through the food inlet; • a mesh filter for separating the juice from the food, said mesh filter encompassing the hollow juice extraction screw; and • a housing encompassing the mesh filter,
A drive mount for a drive unit, in particular for an electrical steering lock, having a plate-form structural element with a mounting frame, which can accommodate a drive motor of the drive unit in a fixed location, and a bearing support, which can support the free end of a worm driveshaft, coupled with the drive motor, such that it can rotate, and a stop element, which can limit at least an axial movement of the worm driveshaft, wherein the stop element has a first stop face, which is arranged between the mounting frame and the bearing support of the structural element, and a second stop face, which is designed so as to serve as a type of axial stop for the end of the worm screw facing towards the free end of the worm driveshaft, characterised in that the stop element is attached to the plate-form structural element such that it can be disassembled and in that the structural element is manufactured from a material other than that of the stop element, in that the structural element is manufactured from plastic and in that the stop element is manufactured from a metal or a metal alloy.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: X is sulfur, or oxygen; Z 1 and Z 2 are the same or different, and are each independently nitrogen or CH; R 1 is halogen, NR 3 R 4, NR 3 NR 3 R 4, CR 3 R 4 R 5, OR 3 or SR 3, wherein said R 3, R 4, and R 5 are each independently H, C1-6 alkyl, substituted C1-6 alkyl, C3-7 cycloalkyl, substituted C3-7 cycloalkyl, aryl, substituted aryl, heteroaryl, substituted heteroaryl, heterocycle, substituted heterocycle, heterocycloalkyl, substituted heterocycloalkyl, C2-6 alkynyl optionally substituted with aryl or heteroaryl, -C(=O)-C1-6 alkyl, -S n-C1-6 alkyl, substituted -C(=O)-C1-6 alkyl, or substituted -S n-C1-6 alkyl, and said n is 0, 1, or 2, and R 2 is H or halogen. X is sulfur, or oxygen; Z 1 and Z 2 are the same or different, and are each independently nitrogen or CH; R 1 is halogen, NR 3 R 4, NR 3 NR 3 R 4, CR 3 R 4 R 5, OR 3 or SR 3, wherein said R 3, R 4, and R 5 are each independently H, C1-6 alkyl, substituted C1-6 alkyl, C3-7 cycloalkyl, substituted C3-7 cycloalkyl, aryl, substituted aryl, heteroaryl, substituted heteroaryl, heterocycle, substituted heterocycle, heterocycloalkyl, substituted heterocycloalkyl, C2-6 alkynyl optionally substituted with aryl or heteroaryl, -C(=O)-C1-6 alkyl, -S n-C1-6 alkyl, substituted -C(=O)-C1-6 alkyl, or substituted -S n-C1-6 alkyl, and said n is 0, 1, or 2, and R 2 is H or halogen.
A method of isolating renal stem cells, the method comprising enriching for a subpopulation of renal cells from an isolated fetal renal tissue, said subpopulation of renal cells having a NCAM+/EpCAM+ signature, wherein said enriching is effected such that at least 50 % cells are of said subpopulation of renal cells.