mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, the method comprising: while the UE is participating in an ongoing voice or multi-media session using packet switched, PS, bearers, the ongoing voice or multi-media session comprising an Internet Protocol multimedia subsystem, IMS, voice over packet switched, VoPS, session, sending a registration update request in response to the UE being handed over to or entering a new tracking area, TA, and receiving acceptance of the registration update request with a result indication of a particular type indicating that IMS VoPS sessions are not supported; and in response to receiving the acceptance of the request, postponing release of the ongoing voice or multi-media session until after the PS bearers are released normally, abnormally or otherwise subsequently. while the UE is participating in an ongoing voice or multi-media session using packet switched, PS, bearers, the ongoing voice or multi-media session comprising an Internet Protocol multimedia subsystem, IMS, voice over packet switched, VoPS, session, sending a registration update request in response to the UE being handed over to or entering a new tracking area, TA, and receiving acceptance of the registration update request with a result indication of a particular type indicating that IMS VoPS sessions are not supported; and sending a registration update request in response to the UE being handed over to or entering a new tracking area, TA, and receiving acceptance of the registration update request with a result indication of a particular type indicating that IMS VoPS sessions are not supported; and in response to receiving the acceptance of the request, postponing release of the ongoing voice or multi-media session until after the PS bearers are released normally, abnormally or otherwise subsequently.
A controller for use in a system, comprising: a processing circuit to: determine whether system boot code stored in a first non-volatile memory is compromised and non-recoverable, wherein the first non-volatile memory is initially accessible over a shared bus by the controller and a processor; and in response to determining that the system boot code is compromised and non-recoverable, activate switch logic to connect a second non-volatile memory to the shared bus and to disconnect the first non-volatile memory from the shared bus, wherein the second non-volatile memory upon connection by the switch logic to the shared bus is accessible by the processor to retrieve redundant system boot code from the second non-volatile memory. determine whether system boot code stored in a first non-volatile memory is compromised and non-recoverable, wherein the first non-volatile memory is initially accessible over a shared bus by the controller and a processor; and in response to determining that the system boot code is compromised and non-recoverable, activate switch logic to connect a second non-volatile memory to the shared bus and to disconnect the first non-volatile memory from the shared bus, wherein the second non-volatile memory upon connection by the switch logic to the shared bus is accessible by the processor to retrieve redundant system boot code from the second non-volatile memory.
A system, comprising: a bearing housing; a bearing disposed within the bearing housing, the bearing to receive and support rotation of a shaft about an axial axis; a bearing damper disposed around the bearing, the bearing damper comprising a knitted wire mesh pad having a length in an axial direction that is parallel the axial axis and a wall thickness in a radial direction that is transverse to the axial axis; a compression ring positioned to be movable relative to the bearing housing in the axial direction, a movement of the compression ring in the axial direction to apply a compression to the bearing damper resulting in a change in at least one of the length and the wall thickness of the knitted wire mesh pad and a corresponding change in a stiffness and a damping of the bearing damper; and an actuator coupled to the compression ring and controllable to move the compression ring in the axial direction in response to mechanical vibrations in an environment of the bearing damper; characterised in that the actuator comprises a worm drive. a bearing housing; a bearing disposed within the bearing housing, the bearing to receive and support rotation of a shaft about an axial axis; a bearing damper disposed around the bearing, the bearing damper comprising a knitted wire mesh pad having a length in an axial direction that is parallel the axial axis and a wall thickness in a radial direction that is transverse to the axial axis; a compression ring positioned to be movable relative to the bearing housing in the axial direction, a movement of the compression ring in the axial direction to apply a compression to the bearing damper resulting in a change in at least one of the length and the wall thickness of the knitted wire mesh pad and a corresponding change in a stiffness and a damping of the bearing damper; and an actuator coupled to the compression ring and controllable to move the compression ring in the axial direction in response to mechanical vibrations in an environment of the bearing damper; characterised in that the actuator comprises a worm drive.
A method executed on a computing device for application intelligent request management based on server health and client information, the method comprising: receiving server health information from one or more servers in a service infrastructure in headers of service communication; receiving a request for a service from a client, wherein the request includes client information in a header of the request, wherein the client information identifies a client type being one of a bot, a real user, a client associated with a particular tenant of the service infrastructure, or a version of the service associated with a client application submitting the request; determining if routing is to be performed; if routing is to be performed, determining a starting server set; evaluating routing rules against the received request and the starting server set based on the client type; and routing the request to a selected server based on a result of the evaluation; determining if throttling is to be performed; determining one or more throttling target servers; and evaluating throttling rules, wherein, if multiple routing target servers are available for the request to be sent, selecting a single target server employing a weighted routing weight scheme; and wherein, if client weighting is enabled, adjusting weights based on client information from the client, wherein the client information is associated with one or more of a client type, a service version, a request type, and a request repetition. receiving server health information from one or more servers in a service infrastructure in headers of service communication; receiving a request for a service from a client, wherein the request includes client information in a header of the request, wherein the client information identifies a client type being one of a bot, a real user, a client associated with a particular tenant of the service infrastructure, or a version of the service associated with a client application submitting the request; determining if routing is to be performed; if routing is to be performed, determining a starting server set; evaluating routing rules against the received request and the starting server set based on the client type; and routing the request to a selected server based on a result of the evaluation; determining if throttling is to be performed; determining one or more throttling target servers; and evaluating throttling rules, wherein, if multiple routing target servers are available for the request to be sent, selecting a single target server employing a weighted routing weight scheme; and wherein, if client weighting is enabled, adjusting weights based on client information from the client, wherein the client information is associated with one or more of a client type, a service version, a request type, and a request repetition.
An imaging device comprising: a photosensitive array of pixels that comprises a photosensitive surface; a light source configured to produce light in a predetermined wavelength in the ultraviolet, visible, or X-ray spectrum; and a collimator configured to collimate light from the light source along an optical path toward the photosensitive surface, wherein the light is composed substantially only of the predetermined wavelength, wherein the imaging device is configured to receive a specimen at a distance from the photosensitive surface such that light emitted or scattered from a point on the specimen impinges upon and excites the pixel directly below the point of the specimen and in which some of the light from the point on the specimen may also impinge upon and excite additional pixels beyond the pixel directly below the point of the specimen, in which a distance between the specimen and the photosensitive surface is approximately equal to less than the predetermined wavelength. a photosensitive array of pixels that comprises a photosensitive surface; a light source configured to produce light in a predetermined wavelength in the ultraviolet, visible, or X-ray spectrum; and a collimator configured to collimate light from the light source along an optical path toward the photosensitive surface, wherein the light is composed substantially only of the predetermined wavelength, wherein the imaging device is configured to receive a specimen at a distance from the photosensitive surface such that light emitted or scattered from a point on the specimen impinges upon and excites the pixel directly below the point of the specimen and in which some of the light from the point on the specimen may also impinge upon and excite additional pixels beyond the pixel directly below the point of the specimen, in which a distance between the specimen and the photosensitive surface is approximately equal to less than the predetermined wavelength.
A measurement instrument identification system for identifying one of a plurality of measurement instruments, wherein the identification system comprises: - a sensor unit for position and directional detection, - a receiving unit for receiving a signal assigned to the at least one measurement instrument, - a processing unit configured to process a signal received from the sensor unit and a signal from the receiving unit, and - an augmented reality unit for displaying at least a representative of the measurement instrument and/or a symbol assigned to the measurement instrument, wherein the processing unit is further configured to select the one measurement instrument out of the plurality of measurement instruments based on the received signal assigned to the at least one measurement instrument and the signal received from the sensor unit, wherein the processing unit is further configured to control the augmented reality unit to display a representative of the at least one measurement instrument and/or a symbol assigned to the at least one measurement instrument, wherein the processing unit is configured to read out at least one failure signal assigned to the at least one measurement instrument, and wherein the sensor unit is configured to provide information regarding the position and the viewing direction of the augmented reality unit. - a sensor unit for position and directional detection, - a receiving unit for receiving a signal assigned to the at least one measurement instrument, - a processing unit configured to process a signal received from the sensor unit and a signal from the receiving unit, and - an augmented reality unit for displaying at least a representative of the measurement instrument and/or a symbol assigned to the measurement instrument, wherein the processing unit is further configured to select the one measurement instrument out of the plurality of measurement instruments based on the received signal assigned to the at least one measurement instrument and the signal received from the sensor unit, wherein the processing unit is further configured to control the augmented reality unit to display a representative of the at least one measurement instrument and/or a symbol assigned to the at least one measurement instrument, wherein the processing unit is configured to read out at least one failure signal assigned to the at least one measurement instrument, and wherein the sensor unit is configured to provide information regarding the position and the viewing direction of the augmented reality unit.
A liquid silicone composition for transfer- or injection-molding optical parts, comprising: a linear organopolysiloxane having in a molecule at least two silicon-bonded C 2-10 alkenyl groups and at least one silicon-bonded C 6-20 aryl group; an organopolysiloxane resin represented by the average unit formula: (R 1 SiO 3/2) a (R 1 2 SiO 2/2) b (R 1 3 SiO 1/2) c (SiO 4/2) d (XO 1/2) e wherein each R 1 is C 1-10 alkyl group, C 2-10 alkenyl group, or C 6-20 aryl group, 0.1 to 40 mol% of R 1 are alkenyl groups, and at least 10 mol% of R 1 are aryl groups; X is a hydrogen atom or C 1-4 alkyl group; and "a" is a positive number, "b" is 0 or a positive number, "c" is 0 or a positive number, "d" is 0 or a positive number, "e" is 0 or a positive number, "b/a" is a number between 0 and 10, "c/a" is a number between 0 and 0.5, "d/(a+b+c+d)" is a number between 0 and 0.3, and "e/(a+b+c+d)" is a number between 0 and 0.4; an organopolysiloxane having at least two silicon-bonded hydrogen atoms in a molecule, in a quantity that provides from 0.1 to 10 moles silicon-bonded hydrogen atoms in this component per 1 mole of the total alkenyl groups in components and; a hydrosilylation reaction catalyst; and a hydrosilylation reaction inhibitor, wherein a viscosity at 25°C of this composition is from 25,000 to 50,000 mPa·s, and scorch time as measured by a Moving Die Rheometer in accordance with ASTM D5289-12 at 120°C is from 10 to 50 sec. a linear organopolysiloxane having in a molecule at least two silicon-bonded C 2-10 alkenyl groups and at least one silicon-bonded C 6-20 aryl group; an organopolysiloxane resin represented by the average unit formula: (R 1 SiO 3/2) a (R 1 2 SiO 2/2) b (R 1 3 SiO 1/2) c (SiO 4/2) d (XO 1/2) e wherein each R 1 is C 1-10 alkyl group, C 2-10 alkenyl group, or C 6-20 aryl group, 0.1 to 40 mol% of R 1 are alkenyl groups, and at least 10 mol% of R 1 are aryl groups; X is a hydrogen atom or C 1-4 alkyl group; and "a" is a positive number, "b" is 0 or a positive number, "c" is 0 or a positive number, "d" is 0 or a positive number, "e" is 0 or a positive number, "b/a" is a number between 0 and 10, "c/a" is a number between 0 and 0.5, "d/(a+b+c+d)" is a number between 0 and 0.3, and "e/(a+b+c+d)" is a number between 0 and 0.4; an organopolysiloxane having at least two silicon-bonded hydrogen atoms in a molecule, in a quantity that provides from 0.1 to 10 moles silicon-bonded hydrogen atoms in this component per 1 mole of the total alkenyl groups in components and; a hydrosilylation reaction catalyst; and a hydrosilylation reaction inhibitor,
A device for monitoring the operation of a dosage dispenser of a liquid additive in a main liquid which actuates the dosage dispenser according to suction and delivery stages, which dosage dispenser includes a suction pipe suitable for plunging into the liquid additive contained in a container, the monitoring device including means for detecting the suction of liquid additive and means for displaying operating parameters of the dosage dispenser which are suitable for transmitting, using data provided by the detecting means, a piece of information at least when the level of liquid additive in the container reaches a lower limit, and when an untimely increase in the level occurs in the container, characterized in that the means for detecting the suction of liquid additive comprise: - a tube (10, 10a), separate from the suction pipe, one end of which is provided for plunging into the container of liquid additive, and the other end of which is designed to be held fixed relative to the suction pipe in order to be located outside the container, this other end being closed and provided with a sensor for the air pressure in the tube (10, 10a), which sensor outputs an electrical signal, - and means for utilizing the signal from the sensor, which means are connected to the output of the sensor, in order to provide the operational information. - a tube (10, 10a), separate from the suction pipe, one end of which is provided for plunging into the container of liquid additive, and the other end of which is designed to be held fixed relative to the suction pipe in order to be located outside the container, this other end being closed and provided with a sensor for the air pressure in the tube (10, 10a), which sensor outputs an electrical signal, - and means for utilizing the signal from the sensor, which means are connected to the output of the sensor, in order to provide the operational information.
A supporting mechanism for supporting a first exhaust treatment device and a second exhaust treatment device for treating exhaust gas from an engine, comprising: a base member for supporting the first exhaust treatment device and the second exhaust treatment device; a first supporting member supporting one side of the base member; and a second supporting member supporting the other side of the base member; wherein the base member includes: a first connecting part joined with the first supporting member; a second connecting part joined with the second supporting member; an extension member extending in the lateral direction of the first pipe member and of the second pipe member, a middle member extending in the first direction between the first pipe member and the second pipe member; an opening section is formed by edges of the first pipe member, the second pipe member, the first connecting part, and the second connecting part, the base member includes a first pipe member and a second pipe member disposed side by side on a common horizontal plane and extending in a first direction, wherein the middle member is fixed to an upper surface of the extension member; wherein the first pipe member and the second pipe member are fixed to a lower surface of the extension member, and characterized in that the middle member extends from the middle in the longitudinal direction of the first connecting part to the middle in the longitudinal direction of the second connecting part. a base member for supporting the first exhaust treatment device and the second exhaust treatment device; a first supporting member supporting one side of the base member; and a second supporting member supporting the other side of the base member; a first connecting part joined with the first supporting member; a second connecting part joined with the second supporting member; an extension member extending in the lateral direction of the first pipe member and of the second pipe member, a middle member extending in the first direction between the first pipe member and the second pipe member; an opening section is formed by edges of the first pipe member, the second pipe member, the first connecting part, and the second connecting part, the base member includes a first pipe member and a second pipe member disposed side by side on a common horizontal plane and extending in a first direction, wherein the middle member is fixed to an upper surface of the extension member; wherein the first pipe member and the second pipe member are fixed to a lower surface of the extension member, and characterized in that the middle member extends from the middle in the longitudinal direction of the first connecting part to the middle in the longitudinal direction of the second connecting part.
A system for use in analyzing an interior wall of a pipeline, the system comprising: a main body configurable to traverse through the pipeline; a sample extraction subsystem secured to the main body, the sample extraction subsystem having: an end effector, the end effector configurable to contact with and extract a sample of the interior wall of the pipeline; and a sample extraction body connected to the end effector, the sample extraction body configurable to move the end effector relative to the main body; and a sample containment subsystem secured to the main body, characterised by the sample containment subsystem having: a plurality of sample containment sections operable to store samples; an input section operable to receive samples extracted by the end effector and provide the received samples into one of the sample containment sections; and a sample containment section selection mechanism in communication with the sample containment sections, the sample containment section selection mechanism configurable to perform a selection of one of the sample containment sections to receive the samples from the input section. a main body configurable to traverse through the pipeline; a sample extraction subsystem secured to the main body, the sample extraction subsystem having: an end effector, the end effector configurable to contact with and extract a sample of the interior wall of the pipeline; and a sample extraction body connected to the end effector, the sample extraction body configurable to move the end effector relative to the main body; and an end effector, the end effector configurable to contact with and extract a sample of the interior wall of the pipeline; and a sample extraction body connected to the end effector, the sample extraction body configurable to move the end effector relative to the main body; and a sample containment subsystem secured to the main body, characterised by the sample containment subsystem having: a plurality of sample containment sections operable to store samples; an input section operable to receive samples extracted by the end effector and provide the received samples into one of the sample containment sections; and a sample containment section selection mechanism in communication with the sample containment sections, the sample containment section selection mechanism configurable to perform a selection of one of the sample containment sections to receive the samples from the input section. a plurality of sample containment sections operable to store samples; an input section operable to receive samples extracted by the end effector and provide the received samples into one of the sample containment sections; and a sample containment section selection mechanism in communication with the sample containment sections, the sample containment section selection mechanism configurable to perform a selection of one of the sample containment sections to receive the samples from the input section.