mhurhangee/ep-ind-claims huggingface dataset:
A network slice management system for slicing a network into multiple groups of network slices composed of a collection of network functions, each dedicated to supporting a specific respective use for subscribers of the slice, comprising: • a programming interface configured to: ∘ receive commands for creation and/or configuration of a network slice design comprising constraints and requirements defining an architecture of network functions that when deployed form a network slice of a network, the commands include selection of at least one network function and a definition of an interaction of the selected at least one network function with other network functions, • a slice management component configured to produce the network slice by: ∘ creating a configured network architecture on the basis of the network slice design in the network configuring the at least one network function according to the requirements of a slice requesting entity; and ∘ deploying the configured network architecture on the basis of the network slice design in the network by instantiating the network functions by an orchestrator; and ∘ interfacing with an access network to enable access of subscribers to the at least one network function of the slice independently from other network slices, characterized in that the slice management component is further configured to check a certification of a network function included in the configured network architecture and to refuse deployment of the slice in case the network function is not certified. • a programming interface configured to: ∘ receive commands for creation and/or configuration of a network slice design comprising constraints and requirements defining an architecture of network functions that when deployed form a network slice of a network, the commands include selection of at least one network function and a definition of an interaction of the selected at least one network function with other network functions, • a slice management component configured to produce the network slice by: ∘ creating a configured network architecture on the basis of the network slice design in the network configuring the at least one network function according to the requirements of a slice requesting entity; and ∘ deploying the configured network architecture on the basis of the network slice design in the network by instantiating the network functions by an orchestrator; and ∘ interfacing with an access network to enable access of subscribers to the at least one network function of the slice independently from other network slices, ∘ creating a configured network architecture on the basis of the network slice design in the network configuring the at least one network function according to the requirements of a slice requesting entity; and ∘ deploying the configured network architecture on the basis of the network slice design in the network by instantiating the network functions by an orchestrator; and ∘ interfacing with an access network to enable access of subscribers to the at least one network function of the slice independently from other network slices,
A mixture comprising or consisting of a) at least one phenyl alkanol selected from the group consisting of 2-benzylheptanol (2-benzylheptan-1-ol), 2-methyl 5-phenylpentanol, dimethyl phenylbutanol (2-methyl-4-phenylbutan-2-ol), dimethyl phenylpropanol (2,2-dimethyl-3-phenylpropanol), 3-methyl-4-phenylbutan-2-ol (2-methyl-4-phenyl-2-butanol) or a mixture thereof, b) at least one primary, monohydric, linear alcohol with 8 to 12 carbon atoms, and optionally c) one or more diols. a) at least one phenyl alkanol selected from the group consisting of 2-benzylheptanol (2-benzylheptan-1-ol), 2-methyl 5-phenylpentanol, dimethyl phenylbutanol (2-methyl-4-phenylbutan-2-ol), dimethyl phenylpropanol (2,2-dimethyl-3-phenylpropanol), 3-methyl-4-phenylbutan-2-ol (2-methyl-4-phenyl-2-butanol) or a mixture thereof, b) at least one primary, monohydric, linear alcohol with 8 to 12 carbon atoms, and optionally c) one or more diols.
A tire and wheel assembly comprising: a tire including a tread portion and a reinforcement member composed of one or more reinforcement layers that are each a cord layer coated with rubber; a wheel including a rim portion on which the tire is mounted; and a power reception coil, wherein one or more circumferential main grooves extend in a tire circumferential direction on a tread surface of the tread portion, at least one circumferential main groove out of the one or more circumferential main grooves satisfies a ratio OTD/SBG is 1.05 or more wherein SBG is 0.5 mm or more and 4.5 mm or less, in a reference state in which the tire and wheel assembly is filled to a prescribed internal pressure and placed under no load, where OTD is a groove depth of the circumferential main groove, and SBG is a gauge from a groove bottom of the circumferential main groove to an outermost reinforcement member in a tire radial direction, and in the reference state, a cord end of at least one reinforcement layer is located inward from a shoulder region in the tire width direction, the shoulder region being a region outward in the tire width direction from a position away from each of both tire widthwise ends of a maximum width reinforcement layer having the maximum width in the tire width direction out of the one or more reinforcement layers and inward in the tire width direction by 5 % of the width of the maximum width reinforcement layer in the tire width direction. a tire including a tread portion and a reinforcement member composed of one or more reinforcement layers that are each a cord layer coated with rubber; a wheel including a rim portion on which the tire is mounted; and a power reception coil, wherein one or more circumferential main grooves extend in a tire circumferential direction on a tread surface of the tread portion, at least one circumferential main groove out of the one or more circumferential main grooves satisfies a ratio OTD/SBG is 1.05 or more wherein SBG is 0.5 mm or more and 4.5 mm or less, in a reference state in which the tire and wheel assembly is filled to a prescribed internal pressure and placed under no load, where OTD is a groove depth of the circumferential main groove, and SBG is a gauge from a groove bottom of the circumferential main groove to an outermost reinforcement member in a tire radial direction, and in the reference state, a cord end of at least one reinforcement layer is located inward from a shoulder region in the tire width direction, the shoulder region being a region outward in the tire width direction from a position away from each of both tire widthwise ends of a maximum width reinforcement layer having the maximum width in the tire width direction out of the one or more reinforcement layers and inward in the tire width direction by 5 % of the width of the maximum width reinforcement layer in the tire width direction.
Cell marker/specific ligand proangiogenic system, said system, in which the cell marker is present on the outer membrane of the cell, being characterised in that it comprises: (a) an endothelial cell precursor comprising a cell marker selected from the group consisting of the EphB cell markers, in particular EphB4 or EphB1, and (b) a protein material of structure: L-K which consists of a ligand selected from the ephrin-B ligands or a peptide fragment thereof having the same biological activity, and is associated or fused with a binding protein selected from A antibody Fc fragments, said endothelial cell precursor (a) and said protein material (b) are packaged separately from one another, and in that incubating said endothelial cell precursor (a) and said protein material (b) provides a cell material of structure: EPC-EphB-L-K for stimulating angiogenesis. (a) an endothelial cell precursor comprising a cell marker selected from the group consisting of the EphB cell markers, in particular EphB4 or EphB1, and (b) a protein material of structure: L-K which consists of a ligand selected from the ephrin-B ligands or a peptide fragment thereof having the same biological activity, and is associated or fused with a binding protein selected from A antibody Fc fragments, said endothelial cell precursor (a) and said protein material (b) are packaged separately from one another, and in that incubating said endothelial cell precursor (a) and said protein material (b) provides a cell material of structure: EPC-EphB-L-K
An apparatus configured for for bilateral renal neuromodulation via an intravascular approach, the apparatus comprising: a first field applicator (306a, 306b, 328, 329) configured to be positioned proximate to a first neural fiber that contributes to right renal function; characterized in that the apparatus further comprises: a second field applicator (306a, 306b, 328, 329) configured to be positioned proximate to at least a second neural fiber that contributes to left renal function; and a field generator coupled to the first and second field applicators (306a, 306b, 328, 329), wherein the field generator is configured to provide a first signal to the first field applicator (306a, 306b, 328, 329) and a second signal to the second field applicator (306a, 306b, 328, 329). a first field applicator (306a, 306b, 328, 329) configured to be positioned proximate to a first neural fiber that contributes to right renal function; a second field applicator (306a, 306b, 328, 329) configured to be positioned proximate to at least a second neural fiber that contributes to left renal function; and a field generator coupled to the first and second field applicators (306a, 306b, 328, 329), wherein the field generator is configured to provide a first signal to the first field applicator (306a, 306b, 328, 329) and a second signal to the second field applicator (306a, 306b, 328, 329).
An arm support for use in a medical procedure, the arm support comprising: an arm support strap comprising: a first end that is configured to pass around the arm of a patient and secure to a region of the arm support strap; a support region for supporting an arm of the patient; and a second end configured to pass across the torso of the patient to be secured so as to support the arm securely against a side of the torso in a position substantially co-planar with the torso; and characterised in that the arm support further comprises: a hand support, comprising: a first region adapted to secure the hand support to the arm support strap; and a second region adapted to engage with a hand of the patient for securing an associated forearm of the patient in a supinated, externally rotated position. an arm support strap comprising: a first end that is configured to pass around the arm of a patient and secure to a region of the arm support strap; a support region for supporting an arm of the patient; and a second end configured to pass across the torso of the patient to be secured so as to support the arm securely against a side of the torso in a position substantially co-planar with the torso; and characterised in that the arm support further comprises: a first end that is configured to pass around the arm of a patient and secure to a region of the arm support strap; a support region for supporting an arm of the patient; and a second end configured to pass across the torso of the patient to be secured so as to support the arm securely against a side of the torso in a position substantially co-planar with the torso; and characterised in that the arm support further comprises: a hand support, comprising: a first region adapted to secure the hand support to the arm support strap; and a second region adapted to engage with a hand of the patient for securing an associated forearm of the patient in a supinated, externally rotated position. a first region adapted to secure the hand support to the arm support strap; and a second region adapted to engage with a hand of the patient for securing an associated forearm of the patient in a supinated, externally rotated position.
An apparatus for detecting temperature variation in at least one component of an electrical generator system, the apparatus comprising: a light source positioned adjacent the electrical generator system; at least one light window (61, 62, 63, 64, 65, 71) positioned adjacent the electrical generator system and comprising a variably opaque material responsive to temperature; a light sensor positioned adjacent the electrical generator system; a pair of light guides (41, 42, 43, 44, 45, 55, 56, 57, 58, 59) corresponding to each of the at least one light window, each pair of light guides comprising: a first light guide (41, 42, 43, 44, 45) having a first end positioned adjacent the light source and a second end positioned adjacent the light window so as to convey light emitted from the light source to the light window, and a second light guide (55, 56, 57, 58, 59) having a first end positioned adjacent the light window and a second end positioned adjacent the light sensor so as to capture light emitted from the light source and to convey the captured light to the light sensor; and a heat conductor (18, 21) having a first portion connected to the at least one light window and a second portion connected to a component of the electrical generator system. a light source positioned adjacent the electrical generator system; at least one light window (61, 62, 63, 64, 65, 71) positioned adjacent the electrical generator system and comprising a variably opaque material responsive to temperature; a light sensor positioned adjacent the electrical generator system; a pair of light guides (41, 42, 43, 44, 45, 55, 56, 57, 58, 59) corresponding to each of the at least one light window, each pair of light guides comprising: a first light guide (41, 42, 43, 44, 45) having a first end positioned adjacent the light source and a second end positioned adjacent the light window so as to convey light emitted from the light source to the light window, and a second light guide (55, 56, 57, 58, 59) having a first end positioned adjacent the light window and a second end positioned adjacent the light sensor so as to capture light emitted from the light source and to convey the captured light to the light sensor; and a first light guide (41, 42, 43, 44, 45) having a first end positioned adjacent the light source and a second end positioned adjacent the light window so as to convey light emitted from the light source to the light window, and a second light guide (55, 56, 57, 58, 59) having a first end positioned adjacent the light window and a second end positioned adjacent the light sensor so as to capture light emitted from the light source and to convey the captured light to the light sensor; and a heat conductor (18, 21) having a first portion connected to the at least one light window and a second portion connected to a component of the electrical generator system.
A frame system for a solar cell module that fixes the solar cell module to an installation object, the frame system comprising: a first frame member comprising a first body that is configured to be fixed to a substrate of the solar cell module and a male coupling portion that is protruded from the first body; and a second frame member comprising a second body that is configured to be fixed to the installation object and a female coupling portion that is configured to be coupled to the male coupling portion, wherein in at least a portion of an outer surface of the male coupling portion, a protrusion comprising an inclined surface having an upper width smaller than a lower width and a separation prevention surface that is positioned at a lower end portion of the inclined surface is formed, and at an inside of the female coupling portion, a protrusion coupling portion that corresponds to the protrusion is formed, and wherein the protrusion coupling portion includes an inclined surface corresponding to the inclined surface of the protrusion and a separation prevention surface corresponding to the separation prevention surface of the protrusion, characterized in that the solar cell module comprises a light transmitting lower substrate, an upper substrate facing the installation object, and a plurality of solar cells between the lower substrate and the upper substrate, the second body is made of a metal material, the second frame member further comprises a third body of a flexible material coupled to the second body, and the female coupling portion is formed in the third body. a first frame member comprising a first body that is configured to be fixed to a substrate of the solar cell module and a male coupling portion that is protruded from the first body; and a second frame member comprising a second body that is configured to be fixed to the installation object and a female coupling portion that is configured to be coupled to the male coupling portion, wherein in at least a portion of an outer surface of the male coupling portion, a protrusion comprising an inclined surface having an upper width smaller than a lower width and a separation prevention surface that is positioned at a lower end portion of the inclined surface is formed, and at an inside of the female coupling portion, a protrusion coupling portion that corresponds to the protrusion is formed, and wherein the protrusion coupling portion includes an inclined surface corresponding to the inclined surface of the protrusion and a separation prevention surface corresponding to the separation prevention surface of the protrusion, characterized in that the solar cell module comprises a light transmitting lower substrate, an upper substrate facing the installation object, and a plurality of solar cells between the lower substrate and the upper substrate, the second body is made of a metal material, the second frame member further comprises a third body of a flexible material coupled to the second body, and the female coupling portion is formed in the third body.
A method comprising: discovering a proximate wireless audio output device by an electronic device having a wireless connection with another wireless audio output device; receiving, by the electronic device, a request to initiate concurrent audio streaming with the proximate wireless audio output device and the other wireless audio output device; temporarily pairing, responsive to receiving the request, with the proximate wireless audio output device; and establishing, responsive to the pairing, another wireless connection with the proximate wireless audio output device while maintaining the wireless connection with the other wireless audio output device, including synchronizing, by the electronic device, a jitter buffer depth across the proximate wireless audio output device and the other wireless audio output device. discovering a proximate wireless audio output device by an electronic device having a wireless connection with another wireless audio output device; receiving, by the electronic device, a request to initiate concurrent audio streaming with the proximate wireless audio output device and the other wireless audio output device; temporarily pairing, responsive to receiving the request, with the proximate wireless audio output device; and establishing, responsive to the pairing, another wireless connection with the proximate wireless audio output device while maintaining the wireless connection with the other wireless audio output device, including synchronizing, by the electronic device, a jitter buffer depth across the proximate wireless audio output device and the other wireless audio output device.
A method of generating a medical radiation image, the method comprising: receiving multi-energy radiation data comprising a plurality of pieces of radiation data indicating an inner portion of a subject with respect to a plurality of radioactive rays in different energy bands (52, 53, 54), respectively; generating, based on the received multi-energy radiation data, radiation data of a radioactive ray in an energy band that is different from the different energy bands; and generating a radiation image of the subject based on the generated radiation data; wherein the energy band that is different from the different energy bands is determined based on an entire energy band, the entire energy band being determined by combining the different energy bands of the plurality of radioactive rays; and characterized in that one or more of the different energy bands are distinct from each other without overlapping; and the energy band that is different from the different energy bands exists outside of the entire energy band. receiving multi-energy radiation data comprising a plurality of pieces of radiation data indicating an inner portion of a subject with respect to a plurality of radioactive rays in different energy bands (52, 53, 54), respectively; generating, based on the received multi-energy radiation data, radiation data of a radioactive ray in an energy band that is different from the different energy bands; and generating a radiation image of the subject based on the generated radiation data; wherein the energy band that is different from the different energy bands is determined based on an entire energy band, the entire energy band being determined by combining the different energy bands of the plurality of radioactive rays; and characterized in that one or more of the different energy bands are distinct from each other without overlapping; and the energy band that is different from the different energy bands exists outside of the entire energy band.
Device for tissues sampling and grafting comprising a handle means having an end fixed to a coupling means, a needle means, whose free end has a lanceolate tip and the other end is fixed to the coupling means; wherein - the handle means has a first longitudinal through hollow communicating with a longitudinal through duct inside the coupling means and communicating with the needle means; - a piston means slidable into the first hollow and having a pin means, having a tip, slidable inside the duct and inside the needle means, said piston means and pin means translate between an external condition, in which the tip protrudes beyond the lanceolate tip, and an internal condition, in which the tip is retracted inside the needle means; - the piston means has sealing elements;- a suction means communicates with the through duct; characterized in that the suction means communicates with the first hollow and the device further comprises - a tip means has a truncated free end that is sharpened, is co-axially placed outside the needle means and is coupled in a roto-translating way with respect to the coupling means between a retracted condition, in which the lanceolate tip protrudes beyond the tip means, and an advanced condition, in which the lanceolate tip is completely inside the tip means. - the handle means has a first longitudinal through hollow communicating with a longitudinal through duct inside the coupling means and communicating with the needle means; - a piston means slidable into the first hollow and having a pin means, having a tip, slidable inside the duct and inside the needle means, said piston means and pin means translate between an external condition, in which the tip protrudes beyond the lanceolate tip, and an internal condition, in which the tip is retracted inside the needle means; - the piston means has sealing elements;- a suction means communicates with the through duct; characterized in that the suction means communicates with the first hollow and the device further comprises - a tip means has a truncated free end that is sharpened, is co-axially placed outside the needle means and is coupled in a roto-translating way with respect to the coupling means between a retracted condition, in which the lanceolate tip protrudes beyond the tip means, and an advanced condition, in which the lanceolate tip is completely inside the tip means.