mhurhangee/ep-ind-claims huggingface dataset:
An application processing method, wherein the method comprises: receiving a startup request sent by a first client, wherein the startup request is used to start an application; loading, based on the startup request, in a high-level language execution environment of an enclave, a manifest file of the application and a dependency relationship between an enclave entrypoint function of the application and a static dependency class, wherein the manifest file comprises description information of the enclave entrypoint function of the application and/or description information of an enclave exit function of the application; and loading an enclave entrypoint function of the application and a static dependency class of the enclave entrypoint function of the application based on the manifest file and the dependency relationship between the enclave entrypoint function and the static dependency class. receiving a startup request sent by a first client, wherein the startup request is used to start an application; loading, based on the startup request, in a high-level language execution environment of an enclave, a manifest file of the application and a dependency relationship between an enclave entrypoint function of the application and a static dependency class, wherein the manifest file comprises description information of the enclave entrypoint function of the application and/or description information of an enclave exit function of the application; and loading an enclave entrypoint function of the application and a static dependency class of the enclave entrypoint function of the application based on the manifest file and the dependency relationship between the enclave entrypoint function and the static dependency class.
Method for cleaning a solder nozzle, in particular a solder nozzle which is at least partly tin-plated, characterised in that impurities, in particular undesired oxides, are removed from the solder nozzle during idle periods by means of sound from an ultrasonic source.
A sequencing station comprising: a buffer with a plurality of positions, each position being configured to receive an item, an industrial robot configured to place items into the positions and pick the items from the positions, the robot having at least four degrees of freedom, and the items being bins each of which contains at least one component, and a transport device (60, 80) configured to move the items into and out of a work area of the robot, the sequencing station being configured to move a plurality of items into the work area at least partially one by one in a first order, and to move the plurality of items out of the work area at least partially one by one in a second order, the second order being different from the first order. a buffer with a plurality of positions, each position being configured to receive an item, an industrial robot configured to place items into the positions and pick the items from the positions, the robot having at least four degrees of freedom, and the items being bins each of which contains at least one component, and a transport device (60, 80) configured to move the items into and out of a work area of the robot, the sequencing station being configured to move a plurality of items into the work area at least partially one by one in a first order, and to move the plurality of items out of the work area at least partially one by one in a second order, the second order being different from the first order.
A compound of Formula I or a salt or solvate thereof: wherein: X is O or S; Y is O, S or Q-R 3 where Q is N or CH and R 3 is selected from the group comprising C 1-20 hydroxyalkyl, C 1-6 alkyl or hydrogen; Z is O-L-R 4, S-L-R 4 or Q-R 3 -(L-R 4) where Q and R 3 are as defined for Y and L is an optional linker selected from the groups comprising C 1-6 alkylene, C 1-6 hydroxyalkylene and a PEG linker, R 4 is selected from the group comprising C 1-6 alkyl-R 5, C 3-6 aryl-R 5, hydroxy, -O-C 1-3 alkyl-R 5, sulfonyl, a 5-6-membered heterocyclic ring, a carbohydrate moiety, a chelate moiety, an amino acid moiety, wherein R 5 represents one or more optional substituents selected from hydroxy, amino, oxo, halo, C 1-3 alkyl, sulfonamide or -C(=O)-NH-C 1-6 hydroxyalkyl; or Z itself forms part of a carbohydrate moiety or a 5-6-membered heterocyclic ring; R 1 is C 1-3 alkyl or -(CH 2) m -Y 1 -C(=X 1)-Z 1 wherein X 1, Y 1 and Z 1 are as defined for X, Y and Z and m is an integer from 2-5; R 2 represents 0-3 substituents independently selected from the group comprising hydroxy, halo, amino, amido, C 1-6 alkyl and C 1-6 hydroxyalkyl; and, each n is an integer from 0-15; wherein the compound of Formula I comprises at least two hydroxy groups; and, with the proviso that when Y is Q-R 3 where Q is CH, Z is not Q-R 3 -(L-R 4) where Q is N. X is O or S; Y is O, S or Q-R 3 where Q is N or CH and R 3 is selected from the group comprising C 1-20 hydroxyalkyl, C 1-6 alkyl or hydrogen; Z is O-L-R 4, S-L-R 4 or Q-R 3 -(L-R 4) where Q and R 3 are as defined for Y and L is an optional linker selected from the groups comprising C 1-6 alkylene, C 1-6 hydroxyalkylene and a PEG linker, R 4 is selected from the group comprising C 1-6 alkyl-R 5, C 3-6 aryl-R 5, hydroxy, -O-C 1-3 alkyl-R 5, sulfonyl, a 5-6-membered heterocyclic ring, a carbohydrate moiety, a chelate moiety, an amino acid moiety, wherein R 5 represents one or more optional substituents selected from hydroxy, amino, oxo, halo, C 1-3 alkyl, sulfonamide or -C(=O)-NH-C 1-6 hydroxyalkyl; or Z itself forms part of a carbohydrate moiety or a 5-6-membered heterocyclic ring; R 1 is C 1-3 alkyl or -(CH 2) m -Y 1 -C(=X 1)-Z 1 wherein X 1, Y 1 and Z 1 are as defined for X, Y and Z and m is an integer from 2-5; R 2 represents 0-3 substituents independently selected from the group comprising hydroxy, halo, amino, amido, C 1-6 alkyl and C 1-6 hydroxyalkyl; and, each n is an integer from 0-15; wherein the compound of Formula I comprises at least two hydroxy groups; and, with the proviso that when Y is Q-R 3 where Q is CH, Z is not Q-R 3 -(L-R 4) where Q is N.
A coupling for connecting a ventilator tube having a connector at a first end thereof to a tracheotomy tube having an outer cannula and an inner cannula, the inner cannula being inserted into a second end of the outer cannula and having a tubular extension on a second end thereof, and the second end of the outer cannula having opposed annular flanges, the coupling comprising: an expandable tubular member; an adapter on a first end of said tubular member for mating said first end of said tubular member in a pneumatic flow path to the tubular extension of the inner cannula, the adapter mating being operable by motion of said adapter in a generally axial direction relative to the tubular extension of the inner cannula; and engaging means on said adapter comprising opposed means (177, 179) for resiliently snapping over said flanges for engaging with the outer cannula to prevent said adapter from axially displacing from the tubular extension of the inner cannula when mated; and disengaging means (155, 157) on the second end of the inner cannula for spreading said engaging means during rotational motion of said adapter about a longitudinal axis of said tubular member to permit said adapter to axially displace from the tubular extension of the inner cannula. an expandable tubular member; an adapter on a first end of said tubular member for mating said first end of said tubular member in a pneumatic flow path to the tubular extension of the inner cannula, the adapter mating being operable by motion of said adapter in a generally axial direction relative to the tubular extension of the inner cannula; and engaging means on said adapter comprising opposed means (177, 179) for resiliently snapping over said flanges for engaging with the outer cannula to prevent said adapter from axially displacing from the tubular extension of the inner cannula when mated; and disengaging means (155, 157) on the second end of the inner cannula for spreading said engaging means during rotational motion of said adapter about a longitudinal axis of said tubular member to permit said adapter to axially displace from the tubular extension of the inner cannula.
A munition, comprising: a case; a projectile attached to the case; and a first propellant and a second propellant; wherein the first propellant is configured to activate the second propellant when the first propellant is activated; and the second propellant is configured to leave the first propellant substantially unactivated when the second propellant is activated. a case; a projectile attached to the case; and a first propellant and a second propellant; wherein the first propellant is configured to activate the second propellant when the first propellant is activated; and the second propellant is configured to leave the first propellant substantially unactivated when the second propellant is activated.
A method of providing a roaming service to a user terminal in a communications system, the system comprising a user terminal, and a first communications network (HPLMN1), wherein the first network (HPLMN1) is a home network of the user terminal, wherein the user terminal is roaming in a visited network (VPLMN2), characterized in that, in response to recognising a predetermined activation event (3-2, 3-3, 4-2) related to a mobile data service and to the user terminal, the method comprises providing (3-4, 3-6, 3-8, 4-3), in a HTTP header, visited-network-specific roaming information on the user terminal to a home network node (NS1, C); based on said roaming information, the home network node (NS1, C) retrieving (3-9, 4-5) charging information, wherein said charging information includes a visited-network-specific cost estimate formed in the home network (HPLMN1) for the user terminal for said mobile data service; and providing (3-14, 4-7) said charging information to the user terminal.
A method to preserve a group call state during a cloud-based call processing service upgrade in a communication system, the method comprising: distributing group call requests through a message broker (120, 201) to instances of a call processing service; selectively locking a cloud based database (130, 205) by the instances of the call processing service when a group call request is being processed with a group call state retrieved from the cloud based database (130, 205); unlocking the database (130, 205) when the processing is complete; receiving an exit signal indicating a need to upgrade the call processing service; starting new instances of the call processing service; signaling internal processes of the instances of the call processing service to begin shutting down; completing processing of in-progress group call requests using the internal processes of the instances of the call processing service; writing updated group call states to the database (130, 205) upon the completion of processing; sending acknowledgments indicating completion of group call requests to the message broker (120, 201); determining unacknowledged group call requests at the message broker (120, 201); retransmitting the unacknowledged group call requests to the new instances of the call processing service; and terminating the instances of the call processing service. distributing group call requests through a message broker (120, 201) to instances of a call processing service; selectively locking a cloud based database (130, 205) by the instances of the call processing service when a group call request is being processed with a group call state retrieved from the cloud based database (130, 205); unlocking the database (130, 205) when the processing is complete; receiving an exit signal indicating a need to upgrade the call processing service; starting new instances of the call processing service; signaling internal processes of the instances of the call processing service to begin shutting down; completing processing of in-progress group call requests using the internal processes of the instances of the call processing service; writing updated group call states to the database (130, 205) upon the completion of processing; sending acknowledgments indicating completion of group call requests to the message broker (120, 201); determining unacknowledged group call requests at the message broker (120, 201); retransmitting the unacknowledged group call requests to the new instances of the call processing service; and terminating the instances of the call processing service.
Refrigeration appliance with an evaporator chamber, an evaporator assembled in the evaporation chamber, a ventilator for driving a flow of air through the evaporator chamber and a water outlet tray, which is assembled in the evaporator chamber below the evaporator and a front wall, which faces a wall of the evaporator chamber which is downstream in respect of the direction of the flow of air, characterised in that the refrigeration appliance has at least one fastening lug which projects beyond the front wall and passes through an opening of the downstream wall, wherein in a stop position, in which an outer surface of the front wall touches an inner surface of the downstream wall at an inner contact point and a rearward surface of the fastening lug touches an outer surface of the downstream wall at an outer contact point, at which surfaces which touch one another converge on planes (34, 45; 44) tangential to the contact points from the outer contact point to the opening, wherein the outer contact point lies above the opening and wherein an upper edge of the front wall runs at the height of the opening.
A urinary system useable to excrete the contents of the large intestine, small intestine and urinary bladder through the stoma after colostomy, ileostomy and urostomy, making the involuntary excretion occurring in the stoma voluntary and connectable to the bottom adapter adhering to the skin such that it will isolate the stoma in the excretory region of the user's abdominal wall, characterised in that it comprises; - an inner body that is locked by combining with the bottom adapter by making spiral sliding and hence allowing the independent system operating freely to be combined and separated with the bottom adapter by user and at the same time serving as a main body for other product components, - a side outer shell that is combined from the outside by telescoping with the inner body and shapes the gaps and spaces required for the internal components of the system together with the inner body, - an axial rotation piece that is fastened by bedding the rotation axis of it with the inner body and the side outer shell pieces, which can be rotated freely in both opposite directions on only one axis, of which orifice is fastened by the user to the inner wall of the inner body, - an elastic cylinder tube that has thickened structures (13.1) in both orifices of it, one of which is enabled to be fastened to the inner body and the other to the axial rotation piece, - an inner bedding piece that provides the main inner bedding for the rotation of the axial rotation piece and is mounted on the side outer shell. - an inner body that is locked by combining with the bottom adapter by making spiral sliding and hence allowing the independent system operating freely to be combined and separated with the bottom adapter by user and at the same time serving as a main body for other product components, - a side outer shell that is combined from the outside by telescoping with the inner body and shapes the gaps and spaces required for the internal components of the system together with the inner body, - an axial rotation piece that is fastened by bedding the rotation axis of it with the inner body and the side outer shell pieces, which can be rotated freely in both opposite directions on only one axis, of which orifice is fastened by the user to the inner wall of the inner body, - an elastic cylinder tube that has thickened structures (13.1) in both orifices of it, one of which is enabled to be fastened to the inner body and the other to the axial rotation piece, - an inner bedding piece that provides the main inner bedding for the rotation of the axial rotation piece and is mounted on the side outer shell.
A piezoelectric element, comprising: a first electrode; a second electrode; and a piezoelectric layer provided between the first electrode and the second electrode, wherein the piezoelectric layer is composed of a composite oxide having a perovskite-type structure and containing potassium, sodium, and niobium, and has a first peak derived from a plane, a second peak derived from a plane, and a third peak derived from a plane in an X-ray diffraction pattern obtained by θ-2θ measurement, wherein an X-ray diffraction intensity of the first peak is larger than an X-ray diffraction intensity of the third peak, and wherein an X-ray diffraction intensity of the second peak is larger than the X-ray diffraction intensity of the third peak, and the X-ray diffraction intensity of the first peak is larger than the X-ray diffraction intensity of the second peak. a first electrode; a second electrode; and a piezoelectric layer provided between the first electrode and the second electrode, wherein the piezoelectric layer is composed of a composite oxide having a perovskite-type structure and containing potassium, sodium, and niobium, and has a first peak derived from a plane, a second peak derived from a plane, and a third peak derived from a plane in an X-ray diffraction pattern obtained by θ-2θ measurement, wherein an X-ray diffraction intensity of the first peak is larger than an X-ray diffraction intensity of the third peak, and wherein an X-ray diffraction intensity of the second peak is larger than the X-ray diffraction intensity of the third peak, and the X-ray diffraction intensity of the first peak is larger than the X-ray diffraction intensity of the second peak.
A method for manufacturing a three-dimensional article, the method comprising: (a) depositing a powder of high performance polymer on a build plate to form a powder bed; (b) printing a HPP composition at selected locations on the powder bed wherein the HPP composition comprises a first HPP dissolved in a solvent and a second HPP as a solid; (c) exposing the printed composition to a stimulus to form a polymer layer of the three-dimensional article; and (d) repeating steps (a)-(c) to manufacture remainder of the three-dimensional article. (a) depositing a powder of high performance polymer on a build plate to form a powder bed; (b) printing a HPP composition at selected locations on the powder bed wherein the HPP composition comprises a first HPP dissolved in a solvent and a second HPP as a solid; (c) exposing the printed composition to a stimulus to form a polymer layer of the three-dimensional article; and (d) repeating steps (a)-(c) to manufacture remainder of the three-dimensional article.
An injection apparatus for use in a wellbore, the apparatus comprising: a tubular housing having at least one first passage through a wall thereof; a shield housing disposed outside the tubular housing defining an annular space therebetween having at least one second passage through a wall thereof axially offset from the at least one first passage; a piston disposed within the annular space between the shield housing and the tubular housing, the piston being biased by a biasing member; and a sleeve movably disposed within the tubular housing, a chamber being defined between the tubular housing, the shield housing, the piston and the sleeve such that the chamber is initially fluidically isolated from an inside of the tubular housing and from the wellbore, movement of the sleeve allowing fluidic communication between the inside of the tubular housing and the chamber such that pressure at the inside of the tubular housing urges the piston against the bias of the biasing member and movement of the piston allows fluidic communication between the chamber and the wellbore. a tubular housing having at least one first passage through a wall thereof; a shield housing disposed outside the tubular housing defining an annular space therebetween having at least one second passage through a wall thereof axially offset from the at least one first passage; a piston disposed within the annular space between the shield housing and the tubular housing, the piston being biased by a biasing member; and a sleeve movably disposed within the tubular housing, a chamber being defined between the tubular housing, the shield housing, the piston and the sleeve such that the chamber is initially fluidically isolated from an inside of the tubular housing and from the wellbore, movement of the sleeve allowing fluidic communication between the inside of the tubular housing and the chamber such that pressure at the inside of the tubular housing urges the piston against the bias of the biasing member and movement of the piston allows fluidic communication between the chamber and the wellbore.
A three-dimensional object printing apparatus comprising: a first robot supporting a head having a nozzle for discharging a liquid and changing a position and a posture of the head; a second robot supporting a three-dimensional workpiece and changing a position and a posture of the workpiece; and a controller configured to control the first robot and the second robot, and to synchronize a liquid discharge operation of the head with an operation of the first robot, wherein the controller is configured to perform a first printing step of causing the head to discharge a liquid to a first region of the workpiece, while the controller is configured to control the first robot to cause the head to perform scanning along the first region, and in the first printing step, the controller is configured to control the second robot to fix the position and the posture of the workpiece in a first state, the three-dimensional object printing apparatus further comprising: a curing unit fixed to a base and configured to emit energy to cure or solidify the liquid discharged from the head, wherein after the first printing step is performed, the curing unit is configured to perform a first curing step of irradiating the liquid on the first region with energy, while the controller is configured to control the second robot to change relative positions and postures of the curing unit and the workpiece. a first robot supporting a head having a nozzle for discharging a liquid and changing a position and a posture of the head; a second robot supporting a three-dimensional workpiece and changing a position and a posture of the workpiece; and a controller configured to control the first robot and the second robot, and to synchronize a liquid discharge operation of the head with an operation of the first robot, wherein the controller is configured to perform a first printing step of causing the head to discharge a liquid to a first region of the workpiece, while the controller is configured to control the first robot to cause the head to perform scanning along the first region, and in the first printing step, the controller is configured to control the second robot to fix the position and the posture of the workpiece in a first state, the three-dimensional object printing apparatus further comprising: a curing unit fixed to a base and configured to emit energy to cure or solidify the liquid discharged from the head, wherein after the first printing step is performed, the curing unit is configured to perform a first curing step of irradiating the liquid on the first region with energy, while the controller is configured to control the second robot to change relative positions and postures of the curing unit and the workpiece. a curing unit fixed to a base and configured to emit energy to cure or solidify the liquid discharged from the head, wherein after the first printing step is performed, the curing unit is configured to perform a first curing step of irradiating the liquid on the first region with energy, while the controller is configured to control the second robot to change relative positions and postures of the curing unit and the workpiece.