mhurhangee/ep-ind-claims huggingface dataset:
A method of providing service for use in a Voice Over Internet Protocol (VOIP) network environment comprising: programmatically initiating VOIP test calls from a test probe having a plurality of phone numbers, the TP being associated with a plurality of service levels, wherein each said service level is defined by service level information comprising a type of internet protocol signaling protocol and a type of voice codec, and wherein each said service level is associated with a said phone number; selecting a said service level from the plurality of service levels prior to initiating the VOIP test calls; and measuring voice call listening quality according to the selected service level for voice calls transmitted across a VOIP network to produce voice call listening quality metric values. programmatically initiating VOIP test calls from a test probe having a plurality of phone numbers, the TP being associated with a plurality of service levels, wherein each said service level is defined by service level information comprising a type of internet protocol signaling protocol and a type of voice codec, and wherein each said service level is associated with a said phone number; selecting a said service level from the plurality of service levels prior to initiating the VOIP test calls; and measuring voice call listening quality according to the selected service level for voice calls transmitted across a VOIP network to produce voice call listening quality metric values.
A shower plate (30; 300; 60) which may be provided in a head body of a shower used to supply fluid along an inner path thereof, the shower plate (30; 300; 60) comprising: a plurality of spray holes (32, 34) configured to spray a supplied fluid out, wherein a predetermined number of the spray holes are direction changing spray holes, each comprising an inwardly projecting direction changing part, characterized in that the width of said direction changing part narrows towards the interior of each direction changing spray hole, wherein the direction changing spray holes are concave-quadrangle-shaped. a plurality of spray holes (32, 34) configured to spray a supplied fluid out, wherein a predetermined number of the spray holes are direction changing spray holes, each comprising an inwardly projecting direction changing part, characterized in that the width of said direction changing part narrows towards the interior of each direction changing spray hole, wherein the direction changing spray holes are concave-quadrangle-shaped.
Cutting device, especially a wood-cutting device, comprising a circular saw blade, a protective hood for the circular saw blade, characterised in that the cutting device comprises a rocker support, which is pivotably mounted and partially delimits a cutting material receiving area, for the purpose of using the cutting device as a rocker saw, a table support, which is adjustable between a waiting position and a functional position, for the purpose of using the cutting device as a table saw, and a safety cover for the purpose of at least temporarily covering the cutting material receiving area, wherein the safety cover is adjustable between a functional position and a waiting position, wherein in the waiting position, the safety cover is mounted to a pivot bearing on a portion of the rocker support facing away from the circular saw blade and exposes the cutting material receiving area. a protective hood for the circular saw blade, characterised in that the cutting device comprises a rocker support, which is pivotably mounted and partially delimits a cutting material receiving area, for the purpose of using the cutting device as a rocker saw, a table support, which is adjustable between a waiting position and a functional position, for the purpose of using the cutting device as a table saw, and a safety cover for the purpose of at least temporarily covering the cutting material receiving area, wherein the safety cover is adjustable between a functional position and a waiting position, wherein in the waiting position, the safety cover is mounted to a pivot bearing on a portion of the rocker support facing away from the circular saw blade and exposes the cutting material receiving area.
A food carrier comprising: a turntable base having a body and a rotating member, the rotating member rotatable about a central axis relative to the body; a serving platter configured to removably secure to the turntable base; a lid configured to engage the turntable base; and a rotation locking mechanism connected to the body and separately engageable with the lid and the rotating member, wherein to prevent rotation of the rotating member about the central axis relative to the body, the rotation locking mechanism engages with either the lid or the rotating member. a turntable base having a body and a rotating member, the rotating member rotatable about a central axis relative to the body; a serving platter configured to removably secure to the turntable base; a lid configured to engage the turntable base; and a rotation locking mechanism connected to the body and separately engageable with the lid and the rotating member, wherein to prevent rotation of the rotating member about the central axis relative to the body, the rotation locking mechanism engages with either the lid or the rotating member.
A clot removal device comprising a proximal joint between a proximal strut and a shaft, wherein the proximal strut comprises a slot, and wherein the shaft comprises an enlarged end which defines a step with a main part of the shaft, wherein a part of the enlarged end of the shaft is configured to be received in the slot, and wherein the device further comprises a collar configured to be slidable over the enlarged end, and characterised in that the collar comprises distally facing slots configured to accommodate a body of the proximal strut.
A node configured to support a Flexible Ethernet, FlexE, client service in a network, the node comprising: circuitry configured to receive a FlexE client after transport over the network; and circuitry configured to one of monitor and update one or more Operations, Administration, and Maintenance, OAM, fields in FlexE client overhead that is encoded as an overhead block in a sequence of blocks including both data blocks and overhead blocks, wherein the overhead blocks have a specified Operational code that is different from a standard Operational code for Remote Fault/Local Fault information from an associated FlexE physical layer group and where the one or more OAM fields in the FlexE client overhead are carried over multiple overhead blocks, wherein the one or more OAM fields are one of monitored and updated over a single client path for the FlexE client including a client service monitoring field. circuitry configured to receive a FlexE client after transport over the network; and circuitry configured to one of monitor and update one or more Operations, Administration, and Maintenance, OAM, fields in FlexE client overhead that is encoded as an overhead block in a sequence of blocks including both data blocks and overhead blocks, wherein the overhead blocks have a specified Operational code that is different from a standard Operational code for Remote Fault/Local Fault information from an associated FlexE physical layer group and where the one or more OAM fields in the FlexE client overhead are carried over multiple overhead blocks, wherein the one or more OAM fields are one of monitored and updated over a single client path for the FlexE client including a client service monitoring field.
A device for training of face, lip and throat muscles, the device comprising - a rigid screen insertable behind upper and lower lips in a user's mouth, having a length between the screen ends (12, 13) sufficient to pass the premolar teeth of the user in each side of the mouth when the screen is applied, a pulling handle including a rigid stem having a grip attached to a front side of the screen, operative for transfer of a tension load to the lips in use of the device, characterized in that the screen is of compound curvature comprising generally U-shaped projections in both horizontal and vertical views respectively, the screen in the vertical view having a convexo-concave sectional profile by which the screen, on the concave rear side of the screen, encloses an intermediate angle ( a) between upper and lower halves of the screen, the convexo-concave sectional profile gradually flattening towards the ends (12, 13) of the screen. - a rigid screen insertable behind upper and lower lips in a user's mouth, having a length between the screen ends (12, 13) sufficient to pass the premolar teeth of the user in each side of the mouth when the screen is applied,
A method of reducing sodicity in soil, clay and/or ground water containing organic contaminants and a metal compound, the method comprising: treating the soil, clay and/or ground water with an effective amount of an alkaline aqueous solution having a pH of at least 7 and comprising an alkaline buffering agent, calcium and/or magnesium peroxide, and a chelating agent, for a time sufficient to have the chelating agent chelate the metal of the metal compound present in the soil and/or ground water; the method being characterized by; reacting the calcium and/or magnesium peroxide with water to produce calcium and/or magnesium cations; penetrating the soil, clay and/or ground water with gases to diffuse the alkaline aqueous solution into the soil, clay and/or ground water and generate additional reaction; and contacting the soil, clay and/or ground water with the alkaline aqueous solution for a time sufficient to cause the chelating agent to chelate the calcium and/or magnesium cations and hold them in solution so that the sodium cations are dislodged from a matrix of the soil, clay and/or ground water into solution, causing reduction of the sodicity of the soil, clay and/or ground water. treating the soil, clay and/or ground water with an effective amount of an alkaline aqueous solution having a pH of at least 7 and comprising an alkaline buffering agent, calcium and/or magnesium peroxide, and a chelating agent, for a time sufficient to have the chelating agent chelate the metal of the metal compound present in the soil and/or ground water; the method being characterized by; reacting the calcium and/or magnesium peroxide with water to produce calcium and/or magnesium cations; penetrating the soil, clay and/or ground water with gases to diffuse the alkaline aqueous solution into the soil, clay and/or ground water and generate additional reaction; and contacting the soil, clay and/or ground water with the alkaline aqueous solution for a time sufficient to cause the chelating agent to chelate the calcium and/or magnesium cations and hold them in solution so that the sodium cations are dislodged from a matrix of the soil, clay and/or ground water into solution, causing reduction of the sodicity of the soil, clay and/or ground water.
Radar target-detection method implementing an FMCW waveform, characterized in that the emitted waveform being formed of a recurring pattern of given period Tr covering an emission frequency band of given width B, each pattern being divided into a given number P of sub-patterns (21, 22, 23, 24) of duration Tr/P covering an excursion frequency band ΔF=B/P, said sub-patterns being mutually spaced by a frequency interval equal to ΔF, said method performs: - a first distance-compression processing operation carrying out a low-resolution distance compression at the scale of each recurring pattern from a fraction B/P of said emission band of width B corresponding to the frequency band covered by each of said sub-patterns (21, 22, 23, 24); said processing being characterized in that it performs: - a Doppler processing operation on a given number N of successive recurrences so as to form P ambiguous distance-Doppler maps of low distance resolution, said maps being segmented into at least two speed domains (71, 72, 73, 74, 75) one of which corresponds to the stationary targets; - a second distance-compression processing operation from said distance maps, the resolution of which is dependent on the speed domain (71, 72, 73, 74, 75) to which the expected speed of said target belongs, in said first processing operation said compression consisting, for each sub-pattern (21, 22, 23, 24), in a distance compression by direct demodulation of the emitted signal with the received signal, followed by an M/P-point Fourier transform in a synchronous demodulation operation leading, for each pattern, to the formation of M/2P distance boxes, M/P being an integer, said expected speed corresponding to a moving target, said second processing operation carrying out a coherent integration over all of said distance-Doppler maps in order to produce a new distance-Doppler map, said coherent integration being carried out in such a way that a coherent integration is carried out on each group of distance-Doppler maps corresponding to sub-patterns (21, 22, 23, 24) covering adjacent frequency bands. - a first distance-compression processing operation carrying out a low-resolution distance compression at the scale of each recurring pattern from a fraction B/P of said emission band of width B corresponding to the frequency band covered by each of said sub-patterns (21, 22, 23, 24); - a Doppler processing operation on a given number N of successive recurrences so as to form P ambiguous distance-Doppler maps of low distance resolution, said maps being segmented into at least two speed domains (71, 72, 73, 74, 75) one of which corresponds to the stationary targets; - a second distance-compression processing operation from said distance maps, the resolution of which is dependent on the speed domain (71, 72, 73, 74, 75) to which the expected speed of said target belongs,
A lubricant composition comprising: (i) a base oil; (ii) an organophilic clay-based thickener; and (iii) a solid lubricant, wherein said solid lubricant does not comprise any heavy metals, and wherein said solid lubricant is present in an amount in the range of from 5 to 30wt% based on the overall weight of the lubricant composition and is selected from natural and synthetic graphite, wherein the lubricant composition also comprises one or more group 2 metal based inorganic compounds. (i) a base oil; (ii) an organophilic clay-based thickener; and (iii) a solid lubricant, wherein said solid lubricant does not comprise any heavy metals, and wherein said solid lubricant is present in an amount in the range of from 5 to 30wt% based on the overall weight of the lubricant composition and is selected from natural and synthetic graphite,
A method for dry-docking a first vessel connected to a wellhead or pipeline using a second vessel, the method comprising: raising a normally submerged section of the first vessel above a water level using the second vessel, while the first vessel is connected to the wellhead or pipeline, wherein the first vessel is disposed at least partially on a deck of the second vessel, wherein: a) the first vessel is a Floating Production Storage and Offloading (FPSO) vessel and the second vessel is a semi-submersible transport vessel; or b) the method further comprises performing FPSO vessel operations while raised, wherein the FPSO vessel operations are: (i) hydrocarbon extractions from a wellhead to the FPSO vessel or (ii) hydrocarbon processing. raising a normally submerged section of the first vessel above a water level using the second vessel, while the first vessel is connected to the wellhead or pipeline, wherein the first vessel is disposed at least partially on a deck of the second vessel, wherein: a) the first vessel is a Floating Production Storage and Offloading (FPSO) vessel and the second vessel is a semi-submersible transport vessel; or b) the method further comprises performing FPSO vessel operations while raised, wherein the FPSO vessel operations are: (i) hydrocarbon extractions from a wellhead to the FPSO vessel or (ii) hydrocarbon processing. a) the first vessel is a Floating Production Storage and Offloading (FPSO) vessel and the second vessel is a semi-submersible transport vessel; or b) the method further comprises performing FPSO vessel operations while raised, wherein the FPSO vessel operations are: (i) hydrocarbon extractions from a wellhead to the FPSO vessel or (ii) hydrocarbon processing. (i) hydrocarbon extractions from a wellhead to the FPSO vessel or (ii) hydrocarbon processing.
Method for isochronous data communication in a switched, realtime-capable Ethernet data network in which network nodes (M, S1,..., Sn) are connected to one another via a switched Ethernet data network and a transmission cycle having a prespecified cycle time (t z) is provided for the Ethernet data communication between the network node (M, S1,..., Sn), characterized in that a number (k) of transmission cycles (Z1,..., Zk) having a prespecified cycle time are combined to create a slow transmission cycle and two network nodes (M, S1,..., Sn) communicate with one another in this slow transmission cycle in that data communication of these two network nodes (M, S1,..., Sn) is provided in each k th transmission cycle, and/or a transmission cycle is divided into a plurality (j) of rapid transmission cycles and two network nodes (M, S1,..., Sn) communicate with one another in this rapid transmission cycle in that data communication of these two network nodes (M, S1,..., Sn) is provided j times in each transmission cycle.
An illuminating device, comprising (a) a luminous element, (b) a support, and (c) a primary optical element, wherein (i) said luminous element (a) is present on the support (b), and (ii) said primary optical element (c) is arranged on the composite of luminous element (a) and support (b) in such a way that it takes up, directs and emits the radiation emerging from the luminous element in the desired light distribution, wherein (iii) said primary optical element (c) is fabricated from a high refractive index glass and (iv) attached to the support by direct bonding, characterized in that said glass contains oxides of tetravalent, divalent and monovalent metals. (a) a luminous element, (b) a support, and (c) a primary optical element, (i) said luminous element (a) is present on the support (b), and (ii) said primary optical element (c) is arranged on the composite of luminous element (a) and support (b) in such a way that it takes up, directs and emits the radiation emerging from the luminous element in the desired light distribution, wherein (iii) said primary optical element (c) is fabricated from a high refractive index glass and (iv) attached to the support by direct bonding,
Method for converting a data signal, comprising processes of - providing an input bit stream of input bits (IBj), the input bit stream being representative for the data signal to be converted and - applying to consecutive disjunct partial input bit sequences (IB k) of a number of k consecutive input bits (IBj) covering said input bit stream, with k being a fixed natural number, a distribution matching process in order to generate and output a final output bit stream or a preform thereof, wherein - the distribution matching process is formed by a quadrant shaping process and configured in order to map a respective partial input bit sequence (IB k) to a constellation point of a four-dimensional 2 4·m -QAM constellation, which conveys two distinct polarizations for each of an in-phase and a quadrature component, with m being a fixed natural number, and - k and m fulfill the relations 4·m ≥ k and k = J + I with I being a fixed natural number and with J ≤ 4. - providing an input bit stream of input bits (IBj), the input bit stream being representative for the data signal to be converted and - applying to consecutive disjunct partial input bit sequences (IB k) of a number of k consecutive input bits (IBj) covering said input bit stream, with k being a fixed natural number, a distribution matching process in order to generate and output a final output bit stream or a preform thereof, - the distribution matching process is formed by a quadrant shaping process and configured in order to map a respective partial input bit sequence (IB k) to a constellation point of a four-dimensional 2 4·m -QAM constellation, which conveys two distinct polarizations for each of an in-phase and a quadrature component, with m being a fixed natural number, and - k and m fulfill the relations 4·m ≥ k and k = J + I with I being a fixed natural number and with J ≤ 4.
A water-based ink composition comprising: a pigment; and water, characterised in that a viscosity at 20°C is in a range of 2 mPa·s to 7 mPa·s, and wherein a yield value at 20°C is less than 0.2 mPa, and the yield value at 20°C when 25% of the water has been evaporated is less than 0.8 mPa. a pigment; and water, characterised in that a viscosity at 20°C is in a range of 2 mPa·s to 7 mPa·s, and wherein a yield value at 20°C is less than 0.2 mPa, and the yield value at 20°C when 25% of the water has been evaporated is less than 0.8 mPa.
A current collection apparatus for a solid oxide fuel cell for reducing contact resistance between a metal conductive wire and an electrode of the solid oxide fuel cell with a first conductive adhesive layer screen-printed on the surface of the electrode, comprising: a current collection layer formed by a first conductive adhesive screen-printed on the electrode surface of solid oxide fuel cell; a second conductive adhesive layer formed by a second conductive adhesive pasted on a metal conductive wire at a first crossing point on the first conductive adhesive layer; a fixing layer formed by the ceramic adhesive for fixing the metal conductive wire by applying the ceramic adhesive on top of the second conductive adhesive layer at the first crossing point on the first conductive adhesive layer; characterized in that the ceramic adhesive layer is being applied for fixing the conductive wire between the first conductive adhesive layer and the second conductive adhesive layer at the first crossing point of the first conductive adhesive layer and being applied for fixing the metal conductive wire on the first conductive adhesive layer at an adjacent second crossing point of the first conductive adhesive layer. a current collection layer formed by a first conductive adhesive screen-printed on the electrode surface of solid oxide fuel cell; a second conductive adhesive layer formed by a second conductive adhesive pasted on a metal conductive wire at a first crossing point on the first conductive adhesive layer; a fixing layer formed by the ceramic adhesive for fixing the metal conductive wire by applying the ceramic adhesive on top of the second conductive adhesive layer at the first crossing point on the first conductive adhesive layer; characterized in that the ceramic adhesive layer is being applied for fixing the conductive wire between the first conductive adhesive layer and the second conductive adhesive layer at the first crossing point of the first conductive adhesive layer and being applied for fixing the metal conductive wire on the first conductive adhesive layer at an adjacent second crossing point of the first conductive adhesive layer.