mhurhangee/ep-ind-claims huggingface dataset:
A method for a local provider edge, PE, router to communicate over a pseudowire, the method comprising: creating a first open shortest path first, OSPF, link state advertisement, LSA, wherein the first OSPF LSA comprises a pseudowire capability type-length-value, TLV, element; sending the first OSPF LSA to a remote PE router via a packet switched network; receiving a second OSPF LSA from the remote PE router via the PSN, wherein the second OSPF LSA comprises a pseudowire capability TLV element; creating a third OSPF LSA, wherein the third OSPF LSA comprises a pseudowire association TLV element; sending the third OSPF LSA to the remote PE router via the PSN; receiving a fourth OSPF LSA from the remote PE router via the PSN, wherein the fourth OSPF LSA comprises a pseudowire association TLV element; and establishing a pseudowire connection with the remote PE router via the PSN according to the pseudowire association TLV element of the third OSPF LSA. creating a first open shortest path first, OSPF, link state advertisement, LSA, wherein the first OSPF LSA comprises a pseudowire capability type-length-value, TLV, element; sending the first OSPF LSA to a remote PE router via a packet switched network; receiving a second OSPF LSA from the remote PE router via the PSN, wherein the second OSPF LSA comprises a pseudowire capability TLV element; creating a third OSPF LSA, wherein the third OSPF LSA comprises a pseudowire association TLV element; sending the third OSPF LSA to the remote PE router via the PSN; receiving a fourth OSPF LSA from the remote PE router via the PSN, wherein the fourth OSPF LSA comprises a pseudowire association TLV element; and establishing a pseudowire connection with the remote PE router via the PSN according to the pseudowire association TLV element of the third OSPF LSA.
A work machine comprising: a work machine actuator; a position sensor configured to sense a geographic position of the work machine on a worksite; and a control system configured to: receive an indication of a thematic map of the worksite that maps variable values to different geographic locations on the worksite; characterized in that the control system is configured to: generate a set of clusters based on the variable values and a geospatial control zone constraint; identify, based on the set of clusters, a plurality of control zones that are correlated to the worksite and have associated setting values; and generate control signals to control the work machine actuator based on the geographic position of the work machine relative to the plurality of control zones and the setting values associated with the control zones. a work machine actuator; a position sensor configured to sense a geographic position of the work machine on a worksite; and a control system configured to: receive an indication of a thematic map of the worksite that maps variable values to different geographic locations on the worksite; receive an indication of a thematic map of the worksite that maps variable values to different geographic locations on the worksite; generate a set of clusters based on the variable values and a geospatial control zone constraint; identify, based on the set of clusters, a plurality of control zones that are correlated to the worksite and have associated setting values; and generate control signals to control the work machine actuator based on the geographic position of the work machine relative to the plurality of control zones and the setting values associated with the control zones.
Electronic assembly for a tyre comprising an electronic module and a rubber patch provided with a housing suitable for allowing the positioning of an active part of the electronic module in said housing, wherein: - the patch is configured according to a substantially elongate axial profile with a base and a top separated by a lateral wall, said patch comprising a lateral opening communicating with the housing, for the insertion and removal of the active part of the electronic module into said housing, said opening being arranged on the lateral wall; - the electronic module is configured according to a substantially elongate axial profile and comprises a gripping head extending axially so as to project out of the patch when the active part of the electronic module is positioned in the housing; said electronic assembly being characterized in that the gripping head of the electronic module is covered with a protective rubber jacket whose profile is designed to substantially seal the patch when the active part of the electronic module is positioned in its housing. - the patch is configured according to a substantially elongate axial profile with a base and a top separated by a lateral wall, said patch comprising a lateral opening communicating with the housing, for the insertion and removal of the active part of the electronic module into said housing, said opening being arranged on the lateral wall; - the electronic module is configured according to a substantially elongate axial profile and comprises a gripping head extending axially so as to project out of the patch when the active part of the electronic module is positioned in the housing;
An amplifying optical fiber, comprising: a core doped with an active element; and a cladding covering the core, and an outer cladding covering the cladding, wherein the cladding has a polygonal outer shape in cross section, where the outer shape has an inscribed circle (c) of a diameter r and a circumscribed circle of a diameter R, wherein the polygonal shape has substantially rounded vertices to such an extent that the cladding meets the relationship of 0.92 ≤ r/R ≤ 0.97 and wherein the polygonal shape is hexagonal. a core doped with an active element; and a cladding covering the core, and an outer cladding covering the cladding, wherein the cladding has a polygonal outer shape in cross section, where the outer shape has an inscribed circle (c) of a diameter r and a circumscribed circle of a diameter R, wherein the polygonal shape has substantially rounded vertices to such an extent that the cladding meets the relationship of 0.92 ≤ r/R ≤ 0.97 and wherein the polygonal shape is hexagonal.
Pelvis holding device comprising: - two elements (40, 80), wherein each element (40; 80) comprises a first portion (44; 84) essentially parallel, when in its position of use, to a horizontal plane defined by the recumbent patient and a second portion (42; 82) oriented upwards, in its position of use, relative to said horizontal plane, wherein the first portions (44; 84) of the two elements are capable of sliding one relative to the other for adjusting said device, - a tightening means of said two elements that cooperates with the first portion (44; 84) of each element, - two means for tightening said device onto said pelvis, wherein each means cooperates with the second portion (42; 82) of each element (40; 80), characterized in that - the total section formed by the two sections of the first portions sliding one relative to the other of each element is equal to each section of the second portions. - two elements (40, 80), wherein each element (40; 80) comprises a first portion (44; 84) essentially parallel, when in its position of use, to a horizontal plane defined by the recumbent patient and a second portion (42; 82) oriented upwards, in its position of use, relative to said horizontal plane, wherein the first portions (44; 84) of the two elements are capable of sliding one relative to the other for adjusting said device, - a tightening means of said two elements that cooperates with the first portion (44; 84) of each element, - two means for tightening said device onto said pelvis, wherein each means cooperates with the second portion (42; 82) of each element (40; 80), - the total section formed by the two sections of the first portions sliding one relative to the other of each element is equal to each section of the second portions.
An organic EL device comprising a power feeding part and an organic-EL-element forming part, wherein the organic-EL-element forming part includes a plurality of unit EL elements formed on a substrate, wherein each unit EL element comprises a first electrode layer, an organic emissive layer, and a second electrode layer, wherein the organic-EL-element forming part is constituted by a plurality of series-connected parts (25a, 25b) each formed by a plurality of the unit EL elements that are electrically connected in series in a forward direction, the series-connected parts (25a, 25b) being electrically connected to the power feeding part in parallel, each of the plurality of series-connected parts (25a, 25b) including a corresponding reverse polarity series-connected part that is connected to the power feeding part so as to have a reverse polarity as compared to the other of the series-connected parts (25a, 25b), wherein the unit EL element row is electrically divided by a plurality of the serially connected unit EL elements receiving electric power through the central portion and through both end portions, wherein the central portion is a series-connected part that is not an end portion, characterized in that the second electrode layer of one unit EL element at one end of a series-connected part extends and electrically connects to the first electrode layer of an other unit EL element in an adjacent series-connected part, and this second electrode is located at the center of the unit EL element row and receives electronic power from the power feeding part.
A high-strength hot-dip galvanized steel sheet having good surface quality and spot weldability, the high-strength hot-dip galvanized steel sheet comprising a base steel sheet and a zinc plating layer formed on a surface of the base steel sheet, wherein the base steel sheet comprises, by wt%, carbon: 0.1% to 0.3%, silicon (Si): 0.5% to 2.5%, manganese (Mn): 2.0% to 8.0%, soluble aluminum (sol.Al): 0.001% to 0.5%, phosphorus: 0.04% or less and excluding 0%, sulfur: 0.015% or less and excluding 0%, nitrogen: 0.02% or less and excluding 0%, chromium (Cr): 0.01% to 0.7%, titanium (Ti): (48/14)* % to 0.1%, and a balance of iron (Fe) and inevitable impurities, wherein the base steel sheet further comprises, by wt%, at least one selected from molybdenum (Mo): 0.1% or less and including 0%, antimony (Sb): 0.05% or less and including 0%, niobium (Nb): 0.1% or less and including 0%, and boron: 0.005% or less and including 0%, wherein the base steel sheet has a microstructure consisting of ferrite in an area fraction of 5% to 30%, austenite in an area fraction of 5% to 20%, bainite and martensite in an area fraction of 50% to 80%, and precipitates in an area fraction of 2% or less and including 0%, wherein in a region of the base steel sheet from the surface to a 2 μm position in a thickness direction of the base steel sheet, the base steel sheet has a microstructure comprising ferrite in an area fraction of 50% or greater, austenite in an area fraction of 2% or less and including 0%, bainite and martensite in an area fraction of 50% or less and including 0%, and precipitates in an area fraction of 2% or less and including 0%, wherein the base steel sheet comprises at least two internal oxides selected from Si oxides, Mn oxides, Al oxides, and Cr oxides in a region from the surface to a 5 μm position in the thickness direction of the base steel sheet, wherein the high-strength hot-dip galvanized steel sheet has a tensile strength of 900 MPa or greater and a value of tensile strength (MPa) × elongation (%) within a range of 16000 MPa% or greater.
A method of inspecting a component, the method comprising the steps of: spacing an ultrasonic transducer from a contact head, using an elongate connector arranged between the transducer and the contact head, wherein the elongate connector carries soundwaves produced by the transducer between the transducer and the contact head; placing the contact head into contact with a surface of a component (62, 64) to be tested; characterised in that the component is annular and comprises at least one sharp edge, the method comprising transmitting a wavepacket signal from the transducer along the elongate connector and into the component to be tested to excite a flexural wave in the at least one sharp edge; and monitoring for reflection of the signal from within the component using a detector. spacing an ultrasonic transducer from a contact head, using an elongate connector arranged between the transducer and the contact head, wherein the elongate connector carries soundwaves produced by the transducer between the transducer and the contact head; placing the contact head into contact with a surface of a component (62, 64) to be tested; characterised in that the component is annular and comprises at least one sharp edge, the method comprising transmitting a wavepacket signal from the transducer along the elongate connector and into the component to be tested to excite a flexural wave in the at least one sharp edge; and monitoring for reflection of the signal from within the component using a detector.
A sliding component for a swash plate of a swash plate type compressor, comprising: a base; and a coating layer formed on a surface of the base, the coating layer forming a sliding surface which slides with a movable component, wherein the coating layer is provided on a surface and a rear surface of the sliding component, characterized in that the coating layer is formed from a honeycomb structured resin coating, wherein multiple cylinder bodies are fabricated as one body on a surface of the base and wherein the sliding surface is formed by an edge part of an aperture side of each of the cylinder bodies, and wherein the interior space of each cylinder body acts as a storage part for lubrication and a container part for containing foreign objects,-and that the edge part of an aperture side of each of the cylinder bodies is contacted with an end surface of the movable component. a base; and a coating layer formed on a surface of the base, the coating layer forming a sliding surface which slides with a movable component, wherein the coating layer is provided on a surface and a rear surface of the sliding component, characterized in that the coating layer is formed from a honeycomb structured resin coating, wherein multiple cylinder bodies are fabricated as one body on a surface of the base and wherein the sliding surface is formed by an edge part of an aperture side of each of the cylinder bodies, and wherein the interior space of each cylinder body acts as a storage part for lubrication and a container part for containing foreign objects,-and that the edge part of an aperture side of each of the cylinder bodies is contacted with an end surface of the movable component.
Crystalline compound of 7-[ -3-amino-1-oxo-4-(2,4,5-trifluorophenyl)butyl]-5,6,7,8-tetrahydro-3-(trifluoromethyl)-1,2,4-triazolo[4,3-a]pyrazine (INN: Sitagliptin) of formula 1 with fumaric acid, where the molar ratio of the compound of formula 1 to fumaric acid is 1:0.95 to 1:1.05 and the compound has, by means of X-ray powder diffractometry (XRPD) d values (Å) at 12.9 (w), 10.3 (w), 5.15 (m) and 4.30 (vs), which is subsequently referred to as form A.
A processing station for processing a substrate web supplied and led away with a substantially continuous speed, comprising: - an impression roller (12; 12, 22); and - a rotatably mounted tool cylinder (14, 16) on which a first tool plate is securable and which, in use, at a contact area, with insertion of the substrate web, engages the impression roller for carrying out a processing operation on the substrate web; - a mechanism configured, within one revolution of the tool cylinder (14, 16), to periodically vary a transport speed of the substrate web at the contact area relative to the rotation speed of the tool cylinder (14, 16); characterized in that the processing station comprises a first and a second rotatably mounted tool cylinder which can each be provided with a tool plate, wherein of the two tool cylinders (14, 16), at any time only one is in an operative state while the other is in a non-operative state, wherein the operative state is provided in that an impression roller (12; 12, 22), with insertion of the substrate web, at a contact area is in engagement with the tool cylinder (14, 16) in the operative state, wherein the non-operative state is provided in that the non-operative tool cylinder (14, 16) is not in engagement with the substrate web and an impression roller (12; 12, 22), wherein the non-operative tool cylinder (14, 16) of the two tool cylinders (14, 16) is available and accessible for thereon exchanging a tool plate. - an impression roller (12; 12, 22); and - a rotatably mounted tool cylinder (14, 16) on which a first tool plate is securable and which, in use, at a contact area, with insertion of the substrate web, engages the impression roller for carrying out a processing operation on the substrate web; - a mechanism configured, within one revolution of the tool cylinder (14, 16), to periodically vary a transport speed of the substrate web at the contact area relative to the rotation speed of the tool cylinder (14, 16);
A method for accessing an orthogonal frequency division multiplexing access (OFDMA) system comprising the steps of: at a base station; a) constructing at least one OFDMA frame having a first preamble and a second preamble, the first preamble having a common synchronization channel comprising common synchronization subcarriers (1204, 1206), the common synchronization subcarriers (1204, 1206) carrying a common sequence, and the second preamble comprising a base station specific preamble, wherein the first preamble and the second preamble are inserted every L frames, being L an integer larger than 1; the first preamble further including other signaling information pertaining to the configuration of the second preamble, wherein the signaling of the other signaling information is done implicitly by a selection of the common sequence carried by the first preamble; b) assigning the first preamble for use in the base station and transmitting the at least one OFDMA frame; c) detecting the at least one OFDMA frame at a subscriber station; and d) performing synchronization at the subscriber station by using the common sequence of the first preamble, and identifying candidate timing synchronization positions using a correlation of the common sequence, and searching for the second preamble using the candidate timing synchronization positions. a) constructing at least one OFDMA frame having a first preamble and a second preamble, the first preamble having a common synchronization channel comprising common synchronization subcarriers (1204, 1206), the common synchronization subcarriers (1204, 1206) carrying a common sequence, and the second preamble comprising a base station specific preamble, wherein the first preamble and the second preamble are inserted every L frames, being L an integer larger than 1; the first preamble further including other signaling information pertaining to the configuration of the second preamble, wherein the signaling of the other signaling information is done implicitly by a selection of the common sequence carried by the first preamble; b) assigning the first preamble for use in the base station and transmitting the at least one OFDMA frame; c) detecting the at least one OFDMA frame at a subscriber station; and d) performing synchronization at the subscriber station by using the common sequence of the first preamble, and identifying candidate timing synchronization positions using a correlation of the common sequence, and searching for the second preamble using the candidate timing synchronization positions.
A solid rinse aid composition comprising: an acid which is naturally or treated to be in solid form at room temperature; from 50 wt. % to 80 wt. % of one or more short chain alkyl benzene and/or alkyl naphthalene sulfonates selected from the group consisting of: sodium xylene sulfonate, sodium toluene sulfonate, sodium cumene sulfonate, potassium toluene sulfonate, ammonium xylene sulfonate, calcium xylene sulfonate, sodium alkyl naphthalene sulfonate, and sodium butylnaphthalene sulfonate; and one or more nonionic surfactants. an acid which is naturally or treated to be in solid form at room temperature; from 50 wt. % to 80 wt. % of one or more short chain alkyl benzene and/or alkyl naphthalene sulfonates selected from the group consisting of: sodium xylene sulfonate, sodium toluene sulfonate, sodium cumene sulfonate, potassium toluene sulfonate, ammonium xylene sulfonate, calcium xylene sulfonate, sodium alkyl naphthalene sulfonate, and sodium butylnaphthalene sulfonate; and one or more nonionic surfactants.
A nasal cannula configured to deliver airflow to a user, comprising: a manifold; a connector for attaching a gas tube to the manifold; a pair of non-sealing nasal prongs extending from the manifold for delivering a supply of gas to a user via the gas tube; wherein the connector is configured to form a swivel connection with the manifold so as to provide relative rotation between the manifold and the gas tube, characterised in that: the swivel connection has an axis of rotation configured to be substantially normal to a face of the user; and the nasal cannula further comprising a selective retainer means configured to selectively hold the connector in a plurality of rotary positions relative to the manifold. a manifold; a connector for attaching a gas tube to the manifold; a pair of non-sealing nasal prongs extending from the manifold for delivering a supply of gas to a user via the gas tube; wherein the connector is configured to form a swivel connection with the manifold so as to provide relative rotation between the manifold and the gas tube, characterised in that: the swivel connection has an axis of rotation configured to be substantially normal to a face of the user; and the nasal cannula further comprising a selective retainer means configured to selectively hold the connector in a plurality of rotary positions relative to the manifold. the swivel connection has an axis of rotation configured to be substantially normal to a face of the user; and the nasal cannula further comprising a selective retainer means configured to selectively hold the connector in a plurality of rotary positions relative to the manifold.
A hydrogel (100;204;304;404;504;604) for use in measuring analyte levels in a fluid sample, the hydrogel comprising a pre-loaded mixture of a capture agent (102;206;306;406;506;606) and a detection agent (104;208;308;408;508;608) before use in measuring analyte (312;412;512;612) levels in a fluid sample, wherein the mixture is randomly distributed within the hydrogel, and wherein the hydrogel has a swelling ratio of 10 to ≤50, and characterised in that the capture agent is covalently bonded to the hydrogel and the detection agent is physically entrapped within the hydrogel such that in use, the detection agent is able to move in and out of the hydrogel when the hydrogel swells to enable the measuring of analyte levels in the fluid sample.