mhurhangee/ep-ind-claims huggingface dataset:
A container made of a polymeric material having an average material thickness of 0.011 inches [0,2794 mm] or less and comprising: an opening defined by a finish portion; and a base at an end of the container opposite to the opening having a maximum diameter, the base including a deep base ring between a standing surface and a truncated cone at a center of the base, the truncated cone is mechanically movable a displacement distance (d 1) from an as-blown position to a displaced position subsequent to hot-filling and capping of the container to reduce an internal volume of the container, in the displaced position the truncated cone is closer to the opening than in the as-blown position; characterized in that the deep base ring includes a hinge from which extends an inner sidewall that is part of the truncated cone and an outer sidewall, in the displaced position the inner sidewall and the outer sidewall are arranged at an obtuse angle that is 6.5 times greater than an acute angle at which the inner sidewall and the outer sidewall are arranged in the as-blown position; the container is made of a polymeric material having an intrinsic viscosity of 0.68 - 0.78 deciliters per gram (dL/g); and a ratio of the maximum diameter of the truncated cone to the displacement distance (d 1) is less than 2:1. an opening defined by a finish portion; and a base at an end of the container opposite to the opening having a maximum diameter, the base including a deep base ring between a standing surface and a truncated cone at a center of the base, the truncated cone is mechanically movable a displacement distance (d 1) from an as-blown position to a displaced position subsequent to hot-filling and capping of the container to reduce an internal volume of the container, in the displaced position the truncated cone is closer to the opening than in the as-blown position; characterized in that the deep base ring includes a hinge from which extends an inner sidewall that is part of the truncated cone and an outer sidewall, in the displaced position the inner sidewall and the outer sidewall are arranged at an obtuse angle that is 6.5 times greater than an acute angle at which the inner sidewall and the outer sidewall are arranged in the as-blown position; the container is made of a polymeric material having an intrinsic viscosity of 0.68 - 0.78 deciliters per gram (dL/g); and a ratio of the maximum diameter of the truncated cone to the displacement distance (d 1) is less than 2:1.
A method comprising: receiving, at a server, a registration request for registering and associating a plurality of phone numbers for at least one service on a particular device, the registration request comprising information related to a phone authentication certificate, PAC, that was generated for the particular device, the PAC authenticating that each of the plurality of phone numbers is associated with the particular device; performing, by the server, an authentication of a plurality of user identifiers associated with the particular device based at least on the PAC, the plurality of user identifiers comprising the plurality of phone numbers; performing, by the server, a registration of the at least one service for the particular device using the authenticated plurality of user identifiers; and transmitting, from the server, to the particular device, information for accessing the at least one service via each respective user identifier of the plurality of user identifiers including the plurality of phone numbers. receiving, at a server, a registration request for registering and associating a plurality of phone numbers for at least one service on a particular device, the registration request comprising information related to a phone authentication certificate, PAC, that was generated for the particular device, the PAC authenticating that each of the plurality of phone numbers is associated with the particular device; performing, by the server, an authentication of a plurality of user identifiers associated with the particular device based at least on the PAC, the plurality of user identifiers comprising the plurality of phone numbers; performing, by the server, a registration of the at least one service for the particular device using the authenticated plurality of user identifiers; and transmitting, from the server, to the particular device, information for accessing the at least one service via each respective user identifier of the plurality of user identifiers including the plurality of phone numbers.
A sensor system, comprising: a substrate having a least one hydrogel associated therewith; a magnetometer adjacent the at least one hydrogel; and a plurality of magnetic particles, wherein said hydrogel has a first and a second layer; said first layer comprising analyte sensitive hydrogel and said second layer comprising the magnetic particles; characterized in that said magnetic particles are arranged in a uniform alignment; wherein the magnetic fields of the plurality of magnetic particles are aligned in a same direction. a substrate having a least one hydrogel associated therewith; a magnetometer adjacent the at least one hydrogel; and a plurality of magnetic particles, wherein said hydrogel has a first and a second layer; said first layer comprising analyte sensitive hydrogel and said second layer comprising the magnetic particles; characterized in that said magnetic particles are arranged in a uniform alignment; wherein the magnetic fields of the plurality of magnetic particles are aligned in a same direction.
A method for producing an injection-moulded part, wherein a) providing a carrier layer pre-formed according to a shape of an injection moulding tool; b) applying a sticky cover layer to one side of the carrier layer; c) applying a plurality of individual decorative elements to the cover layer, wherein the decorative elements are at least partly embedded in the cover layer; d) curing the cover layer, whereby the decorative elements are fixed on the carrier layer; e) in the injection moulding tool, applying a base layer to the side of the cover layer opposite to the carrier layer; characterized in that f) a curable cover layer is used as the cover layer and the cover layer is cured in a process step; g) the decorative elements are applied to the cover layer by sprinkling; h) removing the carrier layer from the finished product consisting of the base layer, the decorative elements and the cover layer, whereby the decorative surface on the outer side of the injection-moulded piece is made exposed. a) providing a carrier layer pre-formed according to a shape of an injection moulding tool; b) applying a sticky cover layer to one side of the carrier layer; c) applying a plurality of individual decorative elements to the cover layer, wherein the decorative elements are at least partly embedded in the cover layer; d) curing the cover layer, whereby the decorative elements are fixed on the carrier layer; e) in the injection moulding tool, applying a base layer to the side of the cover layer opposite to the carrier layer; f) a curable cover layer is used as the cover layer and the cover layer is cured in a process step; g) the decorative elements are applied to the cover layer by sprinkling; h) removing the carrier layer from the finished product consisting of the base layer, the decorative elements and the cover layer, whereby the decorative surface on the outer side of the injection-moulded piece is made exposed.
An agent entity for load balancing in a network, wherein the network is an Internet protocol network and comprises a plurality of network nodes, a network controller, and a manager entity hosted on the network controller, wherein the agent entity is associated with a network node of the plurality of network nodes, and the agent entity is configured to: collect one or more experience samples related to the network, wherein each of the one or more experience samples comprises one or more of a state, an action, a reward, and a next state, wherein the state and the next state each comprise one or more of a number of flows per path, a throughput per path, and a measurement from telemetry, the action comprises a change of load balancing weights of the flows, and the reward comprises one or more of a flow level key performance indicator, a flow level key quality indicator, and a network level indicator; obtain reinforcement learning, RL, policy information from the manager entity; execute the RL policy information to make a load balancing decision and a decision about a content of a message to one or more other agent entities associated with one or more other network nodes of the plurality of network nodes, wherein the load balancing decision comprises deriving load balancing weights from the RL policy information and selecting a path through the network based on the derived load balancing weights, wherein the content of the message comprises information about the selected path for the incoming flow; and send the message to the one or more other agent entities. collect one or more experience samples related to the network, wherein each of the one or more experience samples comprises one or more of a state, an action, a reward, and a next state, wherein the state and the next state each comprise one or more of a number of flows per path, a throughput per path, and a measurement from telemetry, the action comprises a change of load balancing weights of the flows, and the reward comprises one or more of a flow level key performance indicator, a flow level key quality indicator, and a network level indicator; obtain reinforcement learning, RL, policy information from the manager entity; execute the RL policy information to make a load balancing decision and a decision about a content of a message to one or more other agent entities associated with one or more other network nodes of the plurality of network nodes, wherein the load balancing decision comprises deriving load balancing weights from the RL policy information and selecting a path through the network based on the derived load balancing weights, wherein the content of the message comprises information about the selected path for the incoming flow; and send the message to the one or more other agent entities.
A C1-inhibitor for use in a method of preventing the formation and/or reducing the size of a secondary edema of the central nervous system in a subject wherein the subject has or has had at least one disorder selected from the group consisting of stroke, ischemic stroke, hemorrhagic stroke, perinatal stroke, traumatic brain injury, and spinal cord injury.
A multi-node storage system comprising: a first node (100, 300) comprising: a first baseboard management controller, BMC (150, 350); a first flash ROM (140, 340) configured to store a first flash image; and a first switch device configured to connect the first BMC (150, 350) to the first flash ROM (140, 340); and a second node (200, 400) comprising: a second BMC (250, 450) connected to the first switch device; a second flash ROM (160, 360) configured to store a second flash image; and a second switch device configured to connect the second BMC (250, 450) to the second flash ROM (160, 360), wherein the first BMC (150, 350) is connected to the second switch device, wherein the second flash image is the same as the first flash image. a first node (100, 300) comprising: a first baseboard management controller, BMC (150, 350); a first flash ROM (140, 340) configured to store a first flash image; and a first switch device configured to connect the first BMC (150, 350) to the first flash ROM (140, 340); and a first baseboard management controller, BMC (150, 350); a first flash ROM (140, 340) configured to store a first flash image; and a first switch device configured to connect the first BMC (150, 350) to the first flash ROM (140, 340); and a second node (200, 400) comprising: a second BMC (250, 450) connected to the first switch device; a second flash ROM (160, 360) configured to store a second flash image; and a second switch device configured to connect the second BMC (250, 450) to the second flash ROM (160, 360), a second BMC (250, 450) connected to the first switch device; a second flash ROM (160, 360) configured to store a second flash image; and a second switch device configured to connect the second BMC (250, 450) to the second flash ROM (160, 360), wherein the first BMC (150, 350) is connected to the second switch device, wherein the second flash image is the same as the first flash image.
A system comprising: at least one processor; and a memory (1008, 1010) operatively coupled to the at least one processor, the processor configured to: receive, by a datastore access component, a platform update request to update data item information associated with a first version of a data item cached in a shared cache memory, transmit, by the datastore access component, a cache update request to update the data item information of the first version of the data item cached in the shared cache memory, the system being characterized in that the processor is configured to isolate, by a cache isolator component, the first version of the data item cached in the shared cache memory based on at least a collection of version specific identifiers (520-1, 520-2) and a version agnostic identifier associated with the data item. at least one processor; and a memory (1008, 1010) operatively coupled to the at least one processor, the processor configured to: receive, by a datastore access component, a platform update request to update data item information associated with a first version of a data item cached in a shared cache memory, transmit, by the datastore access component, a cache update request to update the data item information of the first version of the data item cached in the shared cache memory, the system being characterized in that the processor is configured to isolate, by a cache isolator component, the first version of the data item cached in the shared cache memory based on at least a collection of version specific identifiers (520-1, 520-2) and a version agnostic identifier associated with the data item. receive, by a datastore access component, a platform update request to update data item information associated with a first version of a data item cached in a shared cache memory, transmit, by the datastore access component, a cache update request to update the data item information of the first version of the data item cached in the shared cache memory, the system being characterized in that the processor is configured to isolate, by a cache isolator component, the first version of the data item cached in the shared cache memory based on at least a collection of version specific identifiers (520-1, 520-2) and a version agnostic identifier associated with the data item.
An active molecule delivery system comprising: a plurality of microcells, wherein each microcell includes an opening and contains a mixture of an active molecule dispersed in a first charged phase, and a second phase that is oppositely charged or uncharged and immiscible with the first phase; a porous diffusion layer spanning the opening of each microcell; and a source of an electric field, wherein the first charged phase comprises a biocompatible non-polar liquid or an aqueous liquid; wherein one of the first charged phase and second phase is hydrophilic and the other phase is hydrophobic; wherein the active molecule delivery system is configured to move the first charged phase adjacent or away from the porous diffusion layer by application of the electric field. a plurality of microcells, wherein each microcell includes an opening and contains a mixture of an active molecule dispersed in a first charged phase, and a second phase that is oppositely charged or uncharged and immiscible with the first phase; a porous diffusion layer spanning the opening of each microcell; and a source of an electric field, wherein the first charged phase comprises a biocompatible non-polar liquid or an aqueous liquid; wherein one of the first charged phase and second phase is hydrophilic and the other phase is hydrophobic; a porous diffusion layer spanning the opening of each microcell; and a source of an electric field, wherein the first charged phase comprises a biocompatible non-polar liquid or an aqueous liquid; wherein one of the first charged phase and second phase is hydrophilic and the other phase is hydrophobic; wherein the active molecule delivery system is configured to move the first charged phase adjacent or away from the porous diffusion layer by application of the electric field.
A cutting tool comprising: - a tool body; and - a mass damper, wherein the mass damper comprises: - at least one damping mass; and - at least one spring element arranged to support the damping mass; wherein the damping mass is supported by only one spring element on one end of the damping mass, or the damping mass is supported by only one spring element on each end of the damping mass; characterised in that the spring element comprises a nanostructure material with a structural size of 100 nm or less in at least one dimension; and in that the nanostructure material of the spring element has a frequency dependent stiffness such that a resonance frequency of the damping mass substantially matches a vibration frequency of the tool body over a vibration frequency range from 200 Hz to 600 Hz. - a tool body; and - a mass damper, wherein the mass damper comprises: - at least one damping mass; and - at least one spring element arranged to support the damping mass; wherein the damping mass is supported by only one spring element on one end of the damping mass, or the damping mass is supported by only one spring element on each end of the damping mass; characterised in that the spring element comprises a nanostructure material with a structural size of 100 nm or less in at least one dimension; and in that the nanostructure material of the spring element has a frequency dependent stiffness such that a resonance frequency of the damping mass substantially matches a vibration frequency of the tool body over a vibration frequency range from 200 Hz to 600 Hz. wherein the damping mass is supported by only one spring element on one end of the damping mass, or the damping mass is supported by only one spring element on each end of the damping mass; characterised in that the spring element comprises a nanostructure material with a structural size of 100 nm or less in at least one dimension; and in that the nanostructure material of the spring element has a frequency dependent stiffness such that a resonance frequency of the damping mass substantially matches a vibration frequency of the tool body over a vibration frequency range from 200 Hz to 600 Hz.
A method for producing a sliding member, wherein a plain bearing alloy layer is bonded to a surface of a backing steel sheet, and a Bi-based overlay layer is then deposited on the plain bearing alloy layer by electroplating, characterized in that, prior to the step of electroplating of said Bi-based overlay layer, a first protecting layer consisting of an electrochemically more noble metal than Bi, an electrochemically more base metal than Bi and capable of forming a passivation state on a surface thereof, or resin, is formed on the back surface of said backing steel sheet, and further, when the first protecting layer consisting of a base metal, the surface of the first protecting layer opposite the backing steel sheet is passivated.
A white polyester film for a solar cell, wherein the film has whiteness of 50 or more, an average reflectance of 50 to 95% in a range of wavelength of 400 to 800 nm, an acid value of 1 to 50 eq/ton, a thickness of 30 to 380 μm, and an apparent density of 1.3 g/cm 3 or more, wherein the film has a multilayer structure comprising a polyester resin layer A containing inorganic fine particles in an amount of 10 to 38% by mass which is disposed as at least one outermost layer, and a layer B in which the content of the inorganic fine particles is smaller than that of layer A, wherein the polyester resin layer A contains inorganic fine particles I having an average particle diameter of 0.1 μm to 1.7 μm and inorganic fine particles II having an average particle diameter of 1.8 μm to 7.0 μm, and a difference in average particle diameter between the inorganic fine particles I and the inorganic fine particles II, is 1.7 μm or more, wherein the average particle diameter can be determined by measuring the maximum diameter of 100 particles selected at random by a scanning electron microscope, and the mean value is defined as the average particle diameter, and wherein a half-value width of protrusion distribution on a surface of the polyester resin layer A is 200 to 1000 nm, and the protrusion distribution obtained by plotting the number density of protrusions with respect to protrusion height is measured as defined in the description.
An airflow generation device, comprising: a main body having a base formed of a dielectric, a first electrode and a second electrode, the first electrode and the second electrode being provided to the base, the main body being disposed on a rotary body; a rotation speed detecting unit for detecting a rotation speed of the rotary body; and a voltage application unit for generating an airflow by applying a voltage between the first electrode and the second electrode based on the rotation speed detected in the rotation speed detecting unit, wherein the voltage application unit and the rotation speed detecting unit are disposed in the rotary body. a main body having a base formed of a dielectric, a first electrode and a second electrode, the first electrode and the second electrode being provided to the base, the main body being disposed on a rotary body; a rotation speed detecting unit for detecting a rotation speed of the rotary body; and a voltage application unit for generating an airflow by applying a voltage between the first electrode and the second electrode based on the rotation speed detected in the rotation speed detecting unit, wherein the voltage application unit and the rotation speed detecting unit are disposed in the rotary body.
A barrier, comprising a continuous sheet extending between two opposing surfaces; a plurality of rigid sections attached to or incorporated into the continuous sheet that are distinct from the continuous sheet, the plurality of rigid sections defining gaps therebetween; and a plurality of hinges, each of the plurality of hinges being adjacent to a corresponding one of the gaps, the plurality of hinges formed from portions of the continuous sheet, the plurality of hinges intersect with each other at at least one vertex, wherein at least some of the plurality of hinges that intersect at the at least one vertex are non-collinear and at most only one pair of hinges that intersect at the at least one vertex are collinear; wherein the barrier is configured to be switchable between an at least partially collapsed state and an at least partially expanded state. a continuous sheet extending between two opposing surfaces; a plurality of rigid sections attached to or incorporated into the continuous sheet that are distinct from the continuous sheet, the plurality of rigid sections defining gaps therebetween; and a plurality of hinges, each of the plurality of hinges being adjacent to a corresponding one of the gaps, the plurality of hinges formed from portions of the continuous sheet, the plurality of hinges intersect with each other at at least one vertex, wherein at least some of the plurality of hinges that intersect at the at least one vertex are non-collinear and at most only one pair of hinges that intersect at the at least one vertex are collinear; wherein the barrier is configured to be switchable between an at least partially collapsed state and an at least partially expanded state.