mhurhangee/ep-ind-claims huggingface dataset:
A message forwarding method, applied to a first node device, comprising: carrying a time sensitive networking, TSN, profile in a segment routing header of a segment routing Internet protocol version 6, SRv6, service message of deterministic networking; and sending the SRv6 service message carrying the TSN profile; characterized in that, carrying a TSN profile in a segment routing header of an SRv6 service message of deterministic networking comprises: performing flow matching and flow mapping on a header information of a received TSN service message to obtain a service flow identifier of the TSN service message, and obtaining an SRv6 service message of deterministic networking converted from the TSN service message; determining a TSN profile corresponding to the service flow identifier according to the TSN service message based on a mapping relationship between the preset service flow identifier and the TSN profile; and carrying predetermined deterministic service configuration information and the TSN profile in a segment routing header of the SRv6 service message of deterministic networking. carrying a time sensitive networking, TSN, profile in a segment routing header of a segment routing Internet protocol version 6, SRv6, service message of deterministic networking; and sending the SRv6 service message carrying the TSN profile; characterized in that, carrying a TSN profile in a segment routing header of an SRv6 service message of deterministic networking comprises: performing flow matching and flow mapping on a header information of a received TSN service message to obtain a service flow identifier of the TSN service message, and obtaining an SRv6 service message of deterministic networking converted from the TSN service message; determining a TSN profile corresponding to the service flow identifier according to the TSN service message based on a mapping relationship between the preset service flow identifier and the TSN profile; and carrying predetermined deterministic service configuration information and the TSN profile in a segment routing header of the SRv6 service message of deterministic networking. performing flow matching and flow mapping on a header information of a received TSN service message to obtain a service flow identifier of the TSN service message, and obtaining an SRv6 service message of deterministic networking converted from the TSN service message; determining a TSN profile corresponding to the service flow identifier according to the TSN service message based on a mapping relationship between the preset service flow identifier and the TSN profile; and carrying predetermined deterministic service configuration information and the TSN profile in a segment routing header of the SRv6 service message of deterministic networking.
A pharmaceutical composition comprising ∘ a substance capable of raising intracellular cAMP levels and ∘ a substance capable of modulating intracellular calcium concentration, wherein the substance capable of raising intracellular cAMP levels is ibudilast and the substance capable of modulating intracellular calcium concentration is bumetanide. ∘ a substance capable of raising intracellular cAMP levels and ∘ a substance capable of modulating intracellular calcium concentration,
A system for managing pain in a patient, the system comprising: two or more sensors configured to respectively sense two or more signals from the patient, the signals including a physiological or functional signal from the patient; a pain analyzer coupled to the two or more sensors, the pain analyzer configured to: generate a plurality of signal metrics from the sensed two or more signals and a plurality of weight factors corresponding to the plurality of signal metrics, the weight factors indicating the corresponding signal metrics reliability in representing an intensity of the pain; and generate a pain score using the plurality of signal metrics and the plurality of weight factors; and an output unit configured to output the pain score to a user or a process. two or more sensors configured to respectively sense two or more signals from the patient, the signals including a physiological or functional signal from the patient; a pain analyzer coupled to the two or more sensors, the pain analyzer configured to: generate a plurality of signal metrics from the sensed two or more signals and a plurality of weight factors corresponding to the plurality of signal metrics, the weight factors indicating the corresponding signal metrics reliability in representing an intensity of the pain; and generate a pain score using the plurality of signal metrics and the plurality of weight factors; and generate a plurality of signal metrics from the sensed two or more signals and a plurality of weight factors corresponding to the plurality of signal metrics, the weight factors indicating the corresponding signal metrics reliability in representing an intensity of the pain; and generate a pain score using the plurality of signal metrics and the plurality of weight factors; and an output unit configured to output the pain score to a user or a process.
A pharmaceutical composition for modified release, comprising -2-(2-aminothiazol-4-yl)-4'-[2-[(2-hydroxy-2-phenylethyl)amino]ethyl]acetic acid anilide, or a pharmaceutically acceptable salt thereof, at least one additive which ensures penetration of water into the pharmaceutical composition and which has a solubility such that the volume of water required for dissolving 1 g of the additive is 10 mL or less, and a hydrogel-forming polymer having an average molecular weight of 100,000 to 5,000,000 or a viscosity of 12 mPa·s or more in a 5% aqueous solution at 25°C and 7,500 mPa·s or less in a 1% aqueous solution at 25°C, wherein the additive which ensures penetration of water into the pharmaceutical composition is one compound, or two or more compounds selected from the group consisting of polyethylene glycol, polyvinylpyrrolidone, D-mannitol, lactose, sucrose, sodium chloride, and polyoxyethylene polyoxypropylene glycol; wherein the hydrogel-forming polymer is one compound, or two or more compounds selected from the group consisting of polyethylene oxide, hydroxypropyl methylcellulose, and hydroxypropyl cellulose; and wherein the drug dissolution rate from the pharmaceutical composition is 75% or less after 1.5 hours and at least 75% after 7 hours from the beginning of the dissolution test and wherein the dissolution test is carried out in accordance with the paddle method described in the United States Pharmacopoeia under the conditions that 900 mL of USP buffer, pH 6.8, is used and the paddle rotation speed is 50 to 200 rpm.
A dental instrument adapted for performing osteotomy comprising a mounting shank and, in line therewith, a working portion comprising cutting zones, of which at least part is covered by a coating of carbon-enriched tungsten carbide except for a plurality of annular bands distributed along the length of the working portion to indicate the depth of penetration of the tool into a portion of jaw.
A lighter comprising a container (1; 40) suitable for containing a liquefied gas or a mixture of a liquid and a gas, comprising a compressible member which is arranged in the container (1; 40), characterized in that the compressible member occupies at least 30% of the total volume of the container (1; 40) when the pressure in the container is identical to the ambient pressure surrounding the lighter, in that the compressible member occupies not more than 15% of the total volume of the container (1; 40) when the pressure in the container is 250 kPa higher than the ambient pressure surrounding the lighter, and in that the compressible member occupies not more than 5% of the total volume of the container (1; 40) when the pressure in the container is 1700 kPa higher than the ambient pressure surrounding the lighter. characterized in that the compressible member occupies at least 30% of the total volume of the container (1; 40) when the pressure in the container is identical to the ambient pressure surrounding the lighter, in that the compressible member occupies not more than 15% of the total volume of the container (1; 40) when the pressure in the container is 250 kPa higher than the ambient pressure surrounding the lighter, and in that the compressible member occupies not more than 5% of the total volume of the container (1; 40) when the pressure in the container is 1700 kPa higher than the ambient pressure surrounding the lighter.
A method of compacting and managing waste at a waste collection station that serves to receive waste W having been transported thereto by vacuum, from various waste inlet locations and through waste transport pipes in a vacuum operated waste collection system, whereby waste at the waste collection station is introduced into and collected in a generally box-shaped elongated waste container consisting of generally rectangular bottom and top walls (3A, 3B, respectively) and front and rear generally rectangular end walls (3C and 3D, respectively), said waste being introduced through at least one waste inlet of the waste container, characterized by: - providing in the collection station one or more ramp-like container supports each having an inclined container support surface on which an empty container is placed; - positioning the container with the generally rectangular bottom wall thereof on an inclined surface of the waste collection station; thereby - tilting the container and its bottom wall relative to a base surface; - providing cooperating connectable and releasable locking means (16, 17) by the container or the container support to lock in position a tilted container being supported on the ramp-like container support and to release said container for removal; - releasably and securely holding the container in the tilted position; and - positioning the at least one waste inlet at the front end wall of the waste container, adjacent the top wall thereof, that is elevated in the tilted position of the container. - providing in the collection station one or more ramp-like container supports each having an inclined container support surface on which an empty container is placed; - positioning the container with the generally rectangular bottom wall thereof on an inclined surface of the waste collection station; thereby - tilting the container and its bottom wall relative to a base surface; - providing cooperating connectable and releasable locking means (16, 17) by the container or the container support to lock in position a tilted container being supported on the ramp-like container support and to release said container for removal; - releasably and securely holding the container in the tilted position; and - positioning the at least one waste inlet at the front end wall of the waste container, adjacent the top wall thereof, that is elevated in the tilted position of the container.
A system for temporarily connecting an underwater station and a surface facility, the system comprising: - an underwater station comprising at least one tank (11; 12; 13) configured to contain service fluids; - a surface facility (); - an elongated conducting member having one end connected to the said tank (11; 12; 13); and a free end selectively and temporarily connectable to the surface facility; - a marker buoy; - a cable connected to the free end of the elongated conducting member and to the marker buoy; and - an anchoring device connecting to the bed of the body of water the end portion of the elongated conducting member which is connected to said tank (11; 12; 13). - an underwater station comprising at least one tank (11; 12; 13) configured to contain service fluids; - a surface facility (); - an elongated conducting member having one end connected to the said tank (11; 12; 13); and a free end selectively and temporarily connectable to the surface facility; - a marker buoy; - a cable connected to the free end of the elongated conducting member and to the marker buoy; and - an anchoring device connecting to the bed of the body of water the end portion of the elongated conducting member which is connected to said tank (11; 12; 13).
A heating device comprising: an energy well, a heat pump which is adapted to take up and transfer heat from the energy well by the aid of a line from the energy well to the heat pump for transport of anti-freeze liquid, characterised in that the heating device further comprises: a heat extraction device connected to the heat pump which selectively can be brought into a connected and a disconnected position, thaw coils for thawing ground surrounding the thaw coils, in which the anti-freeze liquid is transportable, which thaw coils selectively can be connected and disconnected to the line from the energy well to the heat pump, a heat exchanger connected to the heat extraction device adapted to selectively transfer heat to the thaw coils by the aid of the heat extraction device, a control system which is adapted for controlling the heating device whereby low temperature heat from the energy well alternatively high temperature heat from the heat pump and the heat extraction device selectively can be used for pre-heating, thawing, or maintenance heating ground surrounding the thaw coils. an energy well, a heat pump which is adapted to take up and transfer heat from the energy well by the aid of a line from the energy well to the heat pump for transport of anti-freeze liquid, characterised in that the heating device further comprises: a heat extraction device connected to the heat pump which selectively can be brought into a connected and a disconnected position, thaw coils for thawing ground surrounding the thaw coils, in which the anti-freeze liquid is transportable, which thaw coils selectively can be connected and disconnected to the line from the energy well to the heat pump, a heat exchanger connected to the heat extraction device adapted to selectively transfer heat to the thaw coils by the aid of the heat extraction device, a control system which is adapted for controlling the heating device whereby low temperature heat from the energy well alternatively high temperature heat from the heat pump and the heat extraction device selectively can be used for pre-heating, thawing, or maintenance heating ground surrounding the thaw coils. a heat extraction device connected to the heat pump which selectively can be brought into a connected and a disconnected position, thaw coils for thawing ground surrounding the thaw coils, in which the anti-freeze liquid is transportable, which thaw coils selectively can be connected and disconnected to the line from the energy well to the heat pump, a heat exchanger connected to the heat extraction device adapted to selectively transfer heat to the thaw coils by the aid of the heat extraction device, a control system which is adapted for controlling the heating device whereby low temperature heat from the energy well alternatively high temperature heat from the heat pump and the heat extraction device selectively can be used for pre-heating, thawing, or maintenance heating ground surrounding the thaw coils.
Connection terminal, comprising a housing, a busbar which is arranged in the housing and a spring terminal which is arranged in the housing, wherein a conductor insertion opening via which a conductor to be clamped can be inserted is formed in the housing, wherein the connection terminal has a conductor guide for the conductor to be clamped, which conductor guide is designed in the form of a web-like extension of the conductor insertion opening which extension extends, starting from the conductor insertion opening, in the insertion direction of the conductor to be clamped, wherein the conductor guide is integrally formed with the housing, wherein the conductor guide is formed at a distance from an inner wall of the housing, so that a clearance is formed in the clamping direction of a clamping limb of the spring terminal between a longitudinal side of the conductor guide, which longitudinal side faces in the direction of the inner wall of the housing, and the inner wall and also a clearance is formed in the conductor insertion direction between a transverse side of a free end of the conductor guide and the inner wall of the housing, which inner wall is designed as a base surface, wherein the busbar is pushed into the clearance which is formed between the conductor guide and the inner wall of the housing, wherein the housing has an opening on a longitudinal side surface, so that the housing is designed to be open at the side, wherein the conductor guide which extends in the conductor insertion direction is designed in a web-like manner and constitutes a one-sided extension of the conductor insertion opening by way of the conductor guide directly adjoining the conductor insertion opening and covering a region of the side opening of the housing.
A water outlet mechanism, wherein the mechanism comprises: a spout having a hollow spout inner chamber, a water outlet formed at one end of the spout inner chamber, and a fitting port formed at the other end of the spout inner chamber; a check valve which is disposed in the spout inner chamber and can disengage from the spout inner chamber through the fitting port; a water tube one end of which extends through the fitting port into the spout inner chamber; a sealing ring sealingly sleeved between the outside of the water tube and the inside of the spout; a support assembled in the spout inner chamber, the sealing ring abutting against a side of the support facing away from the check valve, the support extending from an inner wall of the spout inner chamber towards a central axis of the spout inner chamber. a spout having a hollow spout inner chamber, a water outlet formed at one end of the spout inner chamber, and a fitting port formed at the other end of the spout inner chamber; a check valve which is disposed in the spout inner chamber and can disengage from the spout inner chamber through the fitting port; a water tube one end of which extends through the fitting port into the spout inner chamber; a sealing ring sealingly sleeved between the outside of the water tube and the inside of the spout; a support assembled in the spout inner chamber, the sealing ring abutting against a side of the support facing away from the check valve, the support extending from an inner wall of the spout inner chamber towards a central axis of the spout inner chamber.
Computer system for operating safety-critical applications, wherein the computer system comprises a plurality of node computers and a communication system, characterised in that sensor data are forwarded in parallel to one or more node computers, wherein the node computers, preferably using an optimisation algorithm, calculate an optimised result to solve a given task and transmit this optimised result, preferably for checking safety, to a node computer designed as a SCFCU, and wherein the SCFCU is directly connected to an actuator controller and wherein in addition the SCFCU from the sensor data calculates a simple result, which preferably fulfils all safety requirements and an envelope of the simple result and the SCFCU checks whether, in particular the safety-relevant, result values of the optimised result are within the envelope of the simple result, and, if so, forwards the optimised result directly to the actuator controller, and if not, forwards the simple result calculated by the SCFCU directly to the actuator controller.
One or more computer storage media storing computer usable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform a method, the method comprising: providing a plurality of role instances in a hosting environment, each role instance comprising code for a customer application running in the hosting environment; assigning a plurality of instance endpoints for the plurality of role instances, each instance endpoint comprising a combination of a first IP address, a first transport protocol, and a unique port number that maps to the respective role instance; and exposing the instance endpoints to an application to allow the application to access a particular role instance using an instance endpoint that maps to the particular role instance; assigning a load balanced endpoint for the plurality of role instances, the load balanced endpoint comprising a combination of the first IP address, a second transport protocol, and another unique port number; and exposing the load balanced endpoint to the application to allow the application to employ the load balanced endpoint to access any one of the role instances via load balancing; and programming a load balancer with the instance endpoints and the load balanced endpoint, wherein the load balancer is configured to route application messages using instance endpoints directly to corresponding role instances and to route application messages using the load balanced endpoint to role instances based on a load-balancing algorithm. providing a plurality of role instances in a hosting environment, each role instance comprising code for a customer application running in the hosting environment; assigning a plurality of instance endpoints for the plurality of role instances, each instance endpoint comprising a combination of a first IP address, a first transport protocol, and a unique port number that maps to the respective role instance; and exposing the instance endpoints to an application to allow the application to access a particular role instance using an instance endpoint that maps to the particular role instance; assigning a load balanced endpoint for the plurality of role instances, the load balanced endpoint comprising a combination of the first IP address, a second transport protocol, and another unique port number; and exposing the load balanced endpoint to the application to allow the application to employ the load balanced endpoint to access any one of the role instances via load balancing; and programming a load balancer with the instance endpoints and the load balanced endpoint, wherein the load balancer is configured to route application messages using instance endpoints directly to corresponding role instances and to route application messages using the load balanced endpoint to role instances based on a load-balancing algorithm.
An exercise device (10, 32), comprising: a body (12, 34) defining a hollow cavity (14, 36) which opens at a first end of said body, said body having a wall with at least one cut-out defined therein; a rim (16, 38) which is integrally formed with said body (12, 34) and having a thickness greater than a thickness of said wall, wherein said rim (16, 38) is proximate to and continuous around an entirety of said first end of said body (12, 34), wherein a portion of said wall of said body (12, 34) extends beneath said rim (16, 38), wherein said at least one cut-out is defined in said body (12, 34) beneath said rim (16, 38), and wherein said rim (16, 38) provides a first grip for a user; and a single handle (18, 48) arranged in said cavity (14, 36), wherein said single handle (18, 48) provides a second grip for a user during use of the exercise device, and wherein the user can pass at least a part of a hand through said at least one cut-out to grip said single handle (18, 48). a body (12, 34) defining a hollow cavity (14, 36) which opens at a first end of said body, said body having a wall with at least one cut-out defined therein; a rim (16, 38) which is integrally formed with said body (12, 34) and having a thickness greater than a thickness of said wall, wherein said rim (16, 38) is proximate to and continuous around an entirety of said first end of said body (12, 34), wherein a portion of said wall of said body (12, 34) extends beneath said rim (16, 38), wherein said at least one cut-out is defined in said body (12, 34) beneath said rim (16, 38), and wherein said rim (16, 38) provides a first grip for a user; and a single handle (18, 48) arranged in said cavity (14, 36), wherein said single handle (18, 48) provides a second grip for a user during use of the exercise device, and wherein the user can pass at least a part of a hand through said at least one cut-out to grip said single handle (18, 48).