mhurhangee/ep-ind-claims huggingface dataset:
A method for packet processing, comprising: receiving, by a network device, a protocol packet from a downstream device, wherein the protocol packet carries uplink port information of the downstream device and user virtual local area network, VLAN, of the downstream device, wherein an uplink port is a port on a network device that is connected to an upper layer device; learning, by the network device, port types of the network device based on the uplink port information, classifying, by the network device, a user VLAN of the network device and the user VLAN of the downstream device based on the user VLAN of the downstream device; wherein the classified VLAN types comprise a Local VLAN that is only used by users of the network device, an Across VLAN that is not used by users of the network device but used by users of the downstream device, and a Common VLAN that is used by both users of the network device and users of the downstream device; and forwarding, by the network device, the received packet based on configuration information stored on the network device, wherein the port type or types to which each VLAN type can be added are specified in the configuration information. receiving, by a network device, a protocol packet from a downstream device, wherein the protocol packet carries uplink port information of the downstream device and user virtual local area network, VLAN, of the downstream device, wherein an uplink port is a port on a network device that is connected to an upper layer device; learning, by the network device, port types of the network device based on the uplink port information, classifying, by the network device, a user VLAN of the network device and the user VLAN of the downstream device based on the user VLAN of the downstream device; wherein the classified VLAN types comprise a Local VLAN that is only used by users of the network device, an Across VLAN that is not used by users of the network device but used by users of the downstream device, and a Common VLAN that is used by both users of the network device and users of the downstream device; and forwarding, by the network device, the received packet based on configuration information stored on the network device, wherein the port type or types to which each VLAN type can be added are specified in the configuration information.
A method of producing adipic acid, comprising: 1) producing an adipic acid solution containing nitric acid through a nitric acid oxidation method, crystallizing adipic acid at a crystallization point of 65-75°C, and performing a primary purification and separation process at a temperature of 70-100°C, to yield crude adipic acid and primary hot water; 2) dissolving the crude adipic acid in water to obtain a solution A, adding an activated carbon slurry to the solution A for primary decolorization, filtering, crystallizing adipic acid at a crystallization point of 75-85°C, and performing a secondary purification and separation process at a temperature of 70-100°C, to yield refined adipic acid and secondary hot water; 3) dissolving the refined adipic acid in water to obtain a solution B, adding the activated carbon slurry to the solution B for secondary decolorization, filtering, crystallizing adipic acid at a crystallization point of 75-85°C, and performing a tertiary purification and separation process at a temperature of 70-100°C, to yield high quality adipic acid and tertiary hot water; wherein the tertiary hot water and deionized water enter a primary water system; part of the water in the primary water system is used to dissolve the adipic acid in 3), and the other part enters a secondary water system together with the secondary hot water; part of the water in the secondary water system is used to dissolve the crude adipic acid in 2), and the other part enters a tertiary water system together with the primary hot water. 1) producing an adipic acid solution containing nitric acid through a nitric acid oxidation method, crystallizing adipic acid at a crystallization point of 65-75°C, and performing a primary purification and separation process at a temperature of 70-100°C, to yield crude adipic acid and primary hot water; 2) dissolving the crude adipic acid in water to obtain a solution A, adding an activated carbon slurry to the solution A for primary decolorization, filtering, crystallizing adipic acid at a crystallization point of 75-85°C, and performing a secondary purification and separation process at a temperature of 70-100°C, to yield refined adipic acid and secondary hot water; 3) dissolving the refined adipic acid in water to obtain a solution B, adding the activated carbon slurry to the solution B for secondary decolorization, filtering, crystallizing adipic acid at a crystallization point of 75-85°C, and performing a tertiary purification and separation process at a temperature of 70-100°C, to yield high quality adipic acid and tertiary hot water;
A mass spectrometer comprising: an ion source, a reaction cell and a mass analyser; the mass spectrometer defining a main ion path and a branch ion path, wherein the main ion path extends between the ion source and the mass analyser, and the main ion path meets the branch ion path at a junction comprising ion optics arranged to guide selectively ions travelling downstream from the ion source along either the main ion path or the branch ion path, said mass spectrometer being characterized by having the branch ion path rejoining the main ion path upstream of the mass analyser either at the junction or at a further junction comprising further ion optics arranged to guide ions towards the mass analyser that are incident from both the main ion path and the branch ion path, wherein the reaction cell is positioned on a separated portion of the branch ion path and wherein the ion optics (70,70b) immediately upstream of the mass analyser are arranged to guide pulses of ions along the main ion path to the mass analyser.
A process for producing a piezoelectric device comprising a first electrode, a piezoelectric film and a second electrode that are provided in a superposed relationship, the process comprising the steps of: depositing a PbO film on a surface of said second electrode by a vapor phase deposition, wherein said PbO film deposited on the surface of said second electrode has a thickness of 1 nm or more but not greater than 10 nm; and depositing a perovskite-type piezoelectric film on a surface of said PbO film by a vapor phase deposition, the composition of said piezoelectric film being expressed as Pb x/y BO z/y where B represents one or more elements selected from the group consisting of Ti, Zr, and Nb, and where 1.2 ≤ x/y ≤ 1.6 and 2.5 < z/y ≤ 3 are satisfied, and further wherein said piezoelectric film has a first value of x/y ranging from 1.2 to 1.6 in an area of the piezoelectric film 100 nm apart from a surface of contact with the second electrode toward the first electrode, said first value of x/y in said area of said piezoelectric film 100 nm apart from the surface of contact with said second electrode toward said first electrode is 1.1 times or more but not greater than 1.5 times a second value of x/y in a center area of said piezoelectric film, and said area of said piezoelectric film 100 nm apart from the surface of contact with said second electrode toward said first electrode has a ratio of perovskite peaks to pyrochlore peaks as measured by XRD of from 5.2 to 8.2. depositing a PbO film on a surface of said second electrode by a vapor phase deposition, wherein said PbO film deposited on the surface of said second electrode has a thickness of 1 nm or more but not greater than 10 nm; and depositing a perovskite-type piezoelectric film on a surface of said PbO film by a vapor phase deposition, the composition of said piezoelectric film being expressed as Pb x/y BO z/y where B represents one or more elements selected from the group consisting of Ti, Zr, and Nb, and where 1.2 ≤ x/y ≤ 1.6 and 2.5 < z/y ≤ 3 are satisfied, and further wherein said piezoelectric film has a first value of x/y ranging from 1.2 to 1.6 in an area of the piezoelectric film 100 nm apart from a surface of contact with the second electrode toward the first electrode, said first value of x/y in said area of said piezoelectric film 100 nm apart from the surface of contact with said second electrode toward said first electrode is 1.1 times or more but not greater than 1.5 times a second value of x/y in a center area of said piezoelectric film, and said area of said piezoelectric film 100 nm apart from the surface of contact with said second electrode toward said first electrode has a ratio of perovskite peaks to pyrochlore peaks as measured by XRD of from 5.2 to 8.2.
A connector comprising: a connector body having a receiving portion and at least one flange surrounding an internal passage, the internal passage arranged to receive a pipe therein; a latch member having at least a first leg retained on the receiving portion adjacent the flange, the latch member movable between a pipe insertion position and a latched position, wherein in the pipe insertion position the pipe is inserted into the internal passage; characterised in that at least a first partial code is applied to the first leg and at least one additional partial code is applied to the flange; wherein the latch member is moved to the latched position retaining the pipe to the connector body and aligning the first partial code with the at least one additional partial code, forming a code that is machine-readable using a scanning device representing the latched position. a connector body having a receiving portion and at least one flange surrounding an internal passage, the internal passage arranged to receive a pipe therein; a latch member having at least a first leg retained on the receiving portion adjacent the flange, the latch member movable between a pipe insertion position and a latched position, wherein in the pipe insertion position the pipe is inserted into the internal passage; characterised in that at least a first partial code is applied to the first leg and at least one additional partial code is applied to the flange; wherein the latch member is moved to the latched position retaining the pipe to the connector body and aligning the first partial code with the at least one additional partial code, forming a code that is machine-readable using a scanning device representing the latched position.
Watch including a case delimiting a volume inside which is mounted a dial including a first support plate and a second plate made of a fragile material, the two plates (3, 4) defining a horizontal plane and being bonded one on top of the other substantially concentrically in a vertical direction relative to the horizontal plane, each plate (3, 4) being delimited by an edge (3c, 4a), the edge of the first plate forming a first assembly surface of the dial, the second plate having a smaller surface area than the surface area of the first plate and which, in vertical projection onto the first plate does not go beyond the outer edge of the first plate so as to leave free on the first plate a peripheral rim, said peripheral rim forming a second assembly surface of the dial, the case being provided with a back cover, with a crystal and with a joining element between the back cover and the crystal made in one or more parts and comprising a case middle, the first support plate being arranged on the back cover side and the second plate being arranged on the crystal side, the first assembly surface of the dial being mounted in the horizontal plane direction facing a first wall of the joining element with play Dx 1 intended to absorb horizontal shocks, wherein, in the vertical direction, the second assembly surface of the dial is mounted facing a second wall of the joining element with play Dz such that, during vertical shocks, only the first support plate of the dial butts against the joining element, wherein at least one portion of the edge of the second plate stands proud in the vertical direction of the peripheral rim of the first plate, said at least one portion of the edge forming a third assembly surface of the dial, and wherein the third assembly surface of the dial is mounted in the horizontal plane direction facing a third wall of the joining element with play Dx 2, play Dx 2 being greater than play Dx 1, so that, during horizontal shocks, only the first support plate of the dial butts against the joining element.
A method for reporting a power headroom report, comprising: triggering reporting of a first power headroom report, and determining that a condition of sending the first power headroom report is satisfied, wherein the condition of sending the first power headroom report comprises: determining that uplink data channel transmission occurs in a current transmission time interval; obtaining the first power headroom report, wherein the first power headroom report comprises a first power headroom value, and the first power headroom value comprises a difference between maximum transmitting power of a carrier and a sum of transmitting power of a control channel of the carrier and transmitting power of a data channel of the carrier; characterized by: sending the first power headroom report; wherein the sending the first power headroom report comprises: instructing a multiplexing entity to use the same Medium Access layer control element, MAC CE, to send the first power headroom report and a power headroom report of a Physical Uplink Shared Channel, PUSCH, of the carrier in the current transmission time interval. triggering reporting of a first power headroom report, and determining that a condition of sending the first power headroom report is satisfied, wherein the condition of sending the first power headroom report comprises: determining that uplink data channel transmission occurs in a current transmission time interval; obtaining the first power headroom report, wherein the first power headroom report comprises a first power headroom value, and the first power headroom value comprises a difference between maximum transmitting power of a carrier and a sum of transmitting power of a control channel of the carrier and transmitting power of a data channel of the carrier; characterized by: sending the first power headroom report; wherein the sending the first power headroom report comprises: instructing a multiplexing entity to use the same Medium Access layer control element, MAC CE, to send the first power headroom report and a power headroom report of a Physical Uplink Shared Channel, PUSCH, of the carrier in the current transmission time interval. sending the first power headroom report; wherein the sending the first power headroom report comprises: instructing a multiplexing entity to use the same Medium Access layer control element, MAC CE, to send the first power headroom report and a power headroom report of a Physical Uplink Shared Channel, PUSCH, of the carrier in the current transmission time interval.
A plastic container comprising a container body made from an olefin resin and that is colored and a decorative layer laminated on the outer surface of the container body, wherein said decorative layer includes a transparent adhesive resin layer positioned on the inner surface side of the container, a transparent polyester resin layer which is the outer surface layer positioned on the outer surface side of the container, and a gradation layer which is formed between the transparent adhesive resin layer and the transparent polyester resin layer and includes a portion of which the thickness gradually varies in the direction of height of the container, said gradation layer being formed of a resin composition of a transparent polyester resin blended with a coloring agent; the thickness of the container body in said container body portion varying in response to a change in the thickness of said gradation layer in a manner that the thickness of the container body portion which is the total thickness of the thickness of said container body and the thickness of said decorative layer is not varied by the presence of said gradation layer; characterized in that said gradation layer is formed by using a transparent polyester resin having a water content smaller than that of a transparent polyester resin that is forming the outer surface layer.
A tire defining axial, circumferential, and radial directions, the tire having an equatorial plane, the tire comprising: a pair of opposing bead portions; a pair of opposing sidewall portions, each sidewall portion connected with a bead portion; a crown portion connected between opposing sidewall portions; a body ply extending between the bead portions and through the opposing sidewall portions and crown portion; a breaker ply positioned in the crown portion and radially outward of the body ply; a first working ply positioned in the crown portion and radially outward of the breaker ply; and a second working ply positioned in the crown portion and radially outward of the first working ply; a layer of circumferential reinforcement elements positioned in the crown layer; wherein the breaker ply has an axial width and comprises a plurality of breaker ply reinforcement elements that each extends continuously across the entire axial width of the breaker ply and have a length L of no more than 155 mm, at an angle θ from the equatorial plane, wherein the range of θ is 5° ≤ θ ≤ 60°, characterized in that the circumferential reinforcement elements are divided along the axial direction into a plurality of discrete zones of varying pace. a pair of opposing bead portions; a pair of opposing sidewall portions, each sidewall portion connected with a bead portion; a crown portion connected between opposing sidewall portions; a body ply extending between the bead portions and through the opposing sidewall portions and crown portion; a breaker ply positioned in the crown portion and radially outward of the body ply; a first working ply positioned in the crown portion and radially outward of the breaker ply; and a second working ply positioned in the crown portion and radially outward of the first working ply; a layer of circumferential reinforcement elements positioned in the crown layer; wherein the breaker ply has an axial width and comprises a plurality of breaker ply reinforcement elements that each extends continuously across the entire axial width of the breaker ply and have a length L of no more than 155 mm, at an angle θ from the equatorial plane, wherein the range of θ is 5° ≤ θ ≤ 60°, characterized in that the circumferential reinforcement elements are divided along the axial direction into a plurality of discrete zones of varying pace.
A system for heart strain determination comprising: - a computing unit, designed to receive a series of 2D-slice images that have been recorded at different times of the cardiac cycle as input, to host several modules (20, 21, 22), to pass intermediate result-data from an output of one module (20, 21, 22) to an input of another module (20, 21, 22) and to output a result, - a pose estimation module, designed to estimate a slicing-pose, a position and orientation in space, of the inputted series of 2D-slice images in the heart, - a 3D deformation estimation module, designed for estimating a 3D deformation field from the series of 2D-slice images and the estimated slicing-pose, wherein the 3D deformation estimation module is a machine learning model that has been trained with results of the pose estimation module, - a strain measurement module, designed for computing a heart strain measure from the 3D deformation field and predefined definitions for strain computation. - a computing unit, designed to receive a series of 2D-slice images that have been recorded at different times of the cardiac cycle as input, to host several modules (20, 21, 22), to pass intermediate result-data from an output of one module (20, 21, 22) to an input of another module (20, 21, 22) and to output a result, - a pose estimation module, designed to estimate a slicing-pose, a position and orientation in space, of the inputted series of 2D-slice images in the heart, - a 3D deformation estimation module, designed for estimating a 3D deformation field from the series of 2D-slice images and the estimated slicing-pose, wherein the 3D deformation estimation module is a machine learning model that has been trained with results of the pose estimation module, - a strain measurement module, designed for computing a heart strain measure from the 3D deformation field and predefined definitions for strain computation.
A method for adjusting a sound output of a playback device based on an orientation of the playback device, the method comprising: determining that the playback device has a first particular orientation with respect to at least a first and a second axis of rotation, wherein the first axis of rotation is perpendicular to the second axis of rotation; and based on the first particular orientation, causing at least one of a plurality of speakers of the playback device to output one of: a first range of frequencies of an audio data stream; and a first equalization setting; and determining that the playback device has a second particular orientation with respect to at least the first and second axes of rotation; and based on the second particular orientation, causing at least one of the plurality of speakers of the playback device to output one of: a second range of frequencies of the audio data stream; and a second equalization setting. determining that the playback device has a first particular orientation with respect to at least a first and a second axis of rotation, wherein the first axis of rotation is perpendicular to the second axis of rotation; and based on the first particular orientation, causing at least one of a plurality of speakers of the playback device to output one of: a first range of frequencies of an audio data stream; and a first equalization setting; and a first range of frequencies of an audio data stream; and a first equalization setting; and determining that the playback device has a second particular orientation with respect to at least the first and second axes of rotation; and based on the second particular orientation, causing at least one of the plurality of speakers of the playback device to output one of: a second range of frequencies of the audio data stream; and a second equalization setting. a second range of frequencies of the audio data stream; and a second equalization setting.
A feed additive composition comprising a direct fed microbial in combination with a subtilisin, a xylanase, an α-amylase and a 6-phytase, wherein the direct fed microbial comprises a bacterium from one or more of the following species: Bacillus subtilis, Bacillus licheniformis, Bacillus amyloliquefaciens and combinations thereof.