mhurhangee/ep-ind-claims huggingface dataset:
A method, in an Optical Line Termination, OLT, for locating faults in a passive optical network, PON, said OLT, connected via optical fibers to a plurality of Optical Network Terminations, ONTs, wherein said method comprises: transmitting a diagnostic optical signal in said PON towards at least one diagnostic point, wherein said diagnostic signal comprises a plurality of respectively different signal patterns (PATTERN 1, PATTERN2, PATTERN3, PATTERN4) stored in a data base, each representing a respective unique signature and associated with a respective passive unique optical correlator (PC1, PC2, PC3, PC4) located at a respective diagnostic point, and being the respective unique signature of each of the passive unique optical correlators different from the respective unique signature of any other one of said passive unique optical correlators; receiving an upstream generated predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) from one or more of said plurality of passive unique optical correlators (PC1, PC2, PC3, PC4); detecting a presence or an absence, in said received predetermined unique matching signal, of a predetermined unique matching signal expected from a specific passive unique optical correlator out of said passive unique optical correlators; and judging about a fault in proximity of a specific diagnostic point, based on the presence or absence and/or a level of said predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) expected from the specific passive unique optical correlator (PC1, PC2, PC3, PC4) placed in said specific diagnostic point. transmitting a diagnostic optical signal in said PON towards at least one diagnostic point, wherein said diagnostic signal comprises a plurality of respectively different signal patterns (PATTERN 1, PATTERN2, PATTERN3, PATTERN4) stored in a data base, each representing a respective unique signature and associated with a respective passive unique optical correlator (PC1, PC2, PC3, PC4) located at a respective diagnostic point, and being the respective unique signature of each of the passive unique optical correlators different from the respective unique signature of any other one of said passive unique optical correlators; receiving an upstream generated predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) from one or more of said plurality of passive unique optical correlators (PC1, PC2, PC3, PC4); detecting a presence or an absence, in said received predetermined unique matching signal, of a predetermined unique matching signal expected from a specific passive unique optical correlator out of said passive unique optical correlators; and judging about a fault in proximity of a specific diagnostic point, based on the presence or absence and/or a level of said predetermined unique matching signal (M/CODE 1, M/CODE 2, M/CODE 3, M/CODE 4) expected from the specific passive unique optical correlator (PC1, PC2, PC3, PC4) placed in said specific diagnostic point.
A seat pad that is attachable to a vehicle for use as a seating part, wherein the seat pad is a soft polyurethane foam molded article that has a mounting surface and is obtainable by foam-molding a foaming stock solution, the soft polyurethane foam molded article comprising: a plurality of layered parts (11, 12) that form layers in a vertical direction perpendicular to the mounting surface, characterised in that a plurality of foaming cells (21, 21A, 21B, 21C) included in each of the layered parts (11, 12) have a ratio of a size (Rx) in a lateral direction along the mounting surface with respect to a size (Ry) in the vertical direction that becomes larger as the foaming cells (21, 21A, 21B, 21C) become positioned closer to the side of the mounting surface in the vertical direction, and wherein, at boundaries (C1, A2) between the layered parts (11, 12) adjacent to each other in the vertical direction, the ratio of a foaming cell (21, 21A, 21B, 21C) included in the layered part on the side of the mounting surface is lower than the ratio of a foaming cell (21, 21A, 21B, 21C) included in the layered part positioned closer to the side of a back surface opposite to the side of the mounting surface. a plurality of layered parts (11, 12) that form layers in a vertical direction perpendicular to the mounting surface, characterised in that a plurality of foaming cells (21, 21A, 21B, 21C) included in each of the layered parts (11, 12) have a ratio of a size (Rx) in a lateral direction along the mounting surface with respect to a size (Ry) in the vertical direction that becomes larger as the foaming cells (21, 21A, 21B, 21C) become positioned closer to the side of the mounting surface in the vertical direction, and wherein, at boundaries (C1, A2) between the layered parts (11, 12) adjacent to each other in the vertical direction, the ratio of a foaming cell (21, 21A, 21B, 21C) included in the layered part on the side of the mounting surface is lower than the ratio of a foaming cell (21, 21A, 21B, 21C) included in the layered part positioned closer to the side of a back surface opposite to the side of the mounting surface.
An umbrella base comprising: a first support comprising a planar portion and a concave portion extending above the planar portion; a second support comprising a first portion disposed within the concave portion and a second portion disposed above the first portion, the second portion comprising a plurality of radial projections; and a control device coupled with the planar portion; wherein the control device is a lever pivotally coupled with the planar portion, through at least one upright projection (224A, 224B) coupled with the control device; wherein the base is configured such that upon a first end of the control device, disposed away from the first support, being moved, the upright projection(s) is/are moved away from the radial projections of the second support whereby the second support can be allowed to rotate relative to the first support; the control device further comprising: a second end disposed adjacent to the radial projections; charcterised by a U-shaped member disposed at the second end of the control device; wherein three sides of the U-shaped member surround one of the radial projections in a first position of the control device preventing rotation of the second portion of the umbrella base relative to the first portion of the umbrella base and in a second position of the control device the U-shaped member does not surround the radial projection permitting rotation of the second portion relative to the first portion. a first support comprising a planar portion and a concave portion extending above the planar portion; a second support comprising a first portion disposed within the concave portion and a second portion disposed above the first portion, the second portion comprising a plurality of radial projections; and a control device coupled with the planar portion; a second end disposed adjacent to the radial projections;
A support platform (Ci) configured to carry at least one stream of objects, the support platform characterized by at least one array of mandrels aligned in a row, each of said mandrels configured for holding one of the objects thereon; and a mobilizing mechanism configured and operable to couple said support platform (Ci) to a lane and controllably translate said support platform along the lane for applying at least one treatment process to surface areas of the objects.
Heater device, in particular gas burner device, having at least one first fluid valve and having at least one second fluid valve, which are provided for varying at least one fluid flow in combination, wherein the fluid valves (10, 12) each have at least three setting positions, wherein the fluid valves (10, 12) are fluidically connected in series, and the fluid valves (10, 12) differ in terms of their functioning and their construction, wherein the first fluid valve is provided at least for coarse regulation of the fluid flow, wherein a control variable can deviate significantly from a target variable but a trend and/or a tendency of the control variable advantageously progresses in a manner corresponding to the target variable, and wherein at least the second fluid valve is provided for fine regulation of the fluid flow, wherein the control variable corresponds in particular at least substantially to the target variable, wherein the fluid valves (10, 12) are designed as automatic valves, and the first fluid valve is designed as a throttle valve, and the second fluid valve is designed as a control valve, wherein the first fluid valve has between three and twenty setting positions.
An access system for providing an access path to a surgical site within a patient, the system comprising: an access portal defining a working channel with a central axis, the access portal having at least one opening; and an adaptor comprising a mating section mountable to the access portal, the adaptor having at least one projection movable through the at least one opening in the access portal to mate the adaptor to the access portal, the adaptor including a first aperture and a fixation member movable within the first aperture, the fixation member being configured to move within the first aperture to rotationally fix the adaptor relative to the access portal, wherein the adaptor includes a holder for holding a viewing device, characterized in that the mating section circumscribes the working channel such that the adaptor is selectively rotatable about the central axis; and the access portal includes first and second flanges (46,48) spaced apart from one another to define a channel, the first flange including the at least one opening in the access portal. an access portal defining a working channel with a central axis, the access portal having at least one opening; and an adaptor comprising a mating section mountable to the access portal, the adaptor having at least one projection movable through the at least one opening in the access portal to mate the adaptor to the access portal, the adaptor including a first aperture and a fixation member movable within the first aperture, the fixation member being configured to move within the first aperture to rotationally fix the adaptor relative to the access portal, wherein the adaptor includes a holder for holding a viewing device, characterized in that the mating section circumscribes the working channel such that the adaptor is selectively rotatable about the central axis; and the access portal includes first and second flanges (46,48) spaced apart from one another to define a channel, the first flange including the at least one opening in the access portal.
A resin composition, comprising: from 30 to 99 wt% of a cellulose-based resin as a cellulose ether, represented by the following formula: (wherein each of R 1, R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12), wherein an etherification degree (substitution degree) is from 1.5 to 3.0; and from 70 to 1 wt% of a fumaric acid ester polymer containing 30 to 95 mol% of a fumaric acid diester residue unit represented by the following formula: (wherein R 4 and R 5 represent an alkyl group having a carbon number of 1 to 12), and from 70 to 5 mol% of a fumaric acid monoester residue unit represented by the following formula: (wherein R 6 represents an alkyl group having a carbon number of 1 to 12). from 30 to 99 wt% of a cellulose-based resin as a cellulose ether, represented by the following formula: (wherein each of R 1, R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12), wherein an etherification degree (substitution degree) is from 1.5 to 3.0; and (wherein each of R 1, R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12), wherein an etherification degree (substitution degree) is from 1.5 to 3.0; and from 70 to 1 wt% of a fumaric acid ester polymer containing 30 to 95 mol% of a fumaric acid diester residue unit represented by the following formula: (wherein R 4 and R 5 represent an alkyl group having a carbon number of 1 to 12), and from 70 to 5 mol% of a fumaric acid monoester residue unit represented by the following formula: (wherein R 6 represents an alkyl group having a carbon number of 1 to 12). (wherein R 4 and R 5 represent an alkyl group having a carbon number of 1 to 12), and from 70 to 5 mol% of a fumaric acid monoester residue unit represented by the following formula: (wherein R 6 represents an alkyl group having a carbon number of 1 to 12).
A cargo restraint track with a length and a plurality of apertures running along the length, wherein the cargo restraint track comprises a first lip and a second lip running along the length to either side of the plurality of apertures; wherein each aperture comprises a substantially circular cross-section so that each aperture is configured to receive and engage a distal end of a first, approximately cylindrical, restraint device; the distal end having an approximately circular cross-section and wherein each aperture further comprises a first notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the first lip, and a second notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the second lip so that each aperture is configured to receive and engage a distal end of a second, beam shaped, restraint device, the distal end having an approximately rectangular cross-section the cargo restraint track being characterised in that the first lip and second lip are each arranged to abut corresponding restraint flanges which project from the distal end of the received second restraint device; and in that the first lip and second lip define a receiving portion for receiving a third, slidable, restraint device such that the third restraint device may move along the length of the track but is restrained in other directions and wherein the apertures are configured to receive and engage with a locking device which forms part of the third restraint device. wherein the cargo restraint track comprises a first lip and a second lip running along the length to either side of the plurality of apertures; wherein each aperture comprises a substantially circular cross-section so that each aperture is configured to receive and engage a distal end of a first, approximately cylindrical, restraint device; the distal end having an approximately circular cross-section and wherein each aperture further comprises a first notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the first lip, and a second notch which extends in a radial direction out of the circumference of the substantially circular cross-section towards the second lip so that each aperture is configured to receive and engage a distal end of a second, beam shaped, restraint device, the distal end having an approximately rectangular cross-section the cargo restraint track being characterised in that the first lip and second lip are each arranged to abut corresponding restraint flanges which project from the distal end of the received second restraint device; and in that the first lip and second lip define a receiving portion for receiving a third, slidable, restraint device such that the third restraint device may move along the length of the track but is restrained in other directions and wherein the apertures are configured to receive and engage with a locking device which forms part of the third restraint device.
A reinforcement comprising: a carrier; and a bonding material disposed on the carrier and configured to connect the carrier to the structure, the carrier having cylinders and being configured to be disposed in a structure providing a structural load, wherein each of the cylinders defines an axis aligned with a structural load characterised in that the cylinders are disposed in an array and form a single layer and wherein the axes defined by the cylinders are parallel to one another and define a plane. a carrier; and a bonding material disposed on the carrier and configured to connect the carrier to the structure, the carrier having cylinders and being configured to be disposed in a structure providing a structural load, wherein each of the cylinders defines an axis aligned with a structural load characterised in that the cylinders are disposed in an array and form a single layer and wherein the axes defined by the cylinders are parallel to one another and define a plane.
A waterborne base coat having a light metallic color and containing 0.5 to 2 wt.-% of poly(meth)acrylic acid thickener and 2 to 7 wt.-% of non-ionically emulsified EVA copolymer wax with a drop point of the wax portion of 80 to 110°C, the wt.-% in each case calculated as solids and relative to the solids content of the waterborne base coat.
Conveyor track for loaded transport pallets, comprising cylindrical rollers (2A, 2B) which are arranged along the conveyor track on mutually parallel axes of rotation and which are arranged in at least two mutually parallel rows (3A, 3B), wherein the axes of rotation of the rollers (2A, 2B) of each of the two rows run in an inclined manner with respect to the rollers (2B, 2A) of the respective other row, characterized in that the axes of rotation of the rollers (2A, 2B) in both rows (3A, 3B) have an angle of inclination (w) of between 0.5° and 2° relative to the horizontal.
A food product containing two sections, wherein the two sections are visually the same, wherein each of the two sections contains the same aroma compounds at the same relative proportion, wherein the ratio of concentrations of the aroma compounds in the first section and in the second section ranges from 10:1 to 1.5:1 based on the weight of the aroma compounds, wherein the two sections are consumable in discrete portions, and wherein the volume of each of the two sections is equal to or larger than a natural single bite or single sip.
Device for a forming shoulder welding process, for producing a tubular film for further processing into cable penetrations and expansion and movement joint seals that can be filled with air or liquid media for special operating conditions such as preferably leak rate 2.7 mbar l/year, 10 N tension and 9 bar pressure from a five-layer film strip up to 500 μm thick in widths from 100 mm to 285 mm and lengths over 250 m, wherein a film strip unwinding roll is provided, from which film strip can be fed to a film strip folding device, which has a heat exchanger for the film strip and a forming shoulder, which are provided to arrange the film strip longitudinal edges overlapping in the center of the film strip formed into the tubular film and a hot gas welding device is provided, which is aligned between or on the overlapping longitudinal edges of the film strip and is designed to weld this into a tubular film characterized in that heated forming shoulders are provided and aligned to flatten tubular film longitudinal edges. wherein a film strip unwinding roll is provided, from which film strip can be fed to a film strip folding device, which has a heat exchanger for the film strip and a forming shoulder, which are provided to arrange the film strip longitudinal edges overlapping in the center of the film strip formed into the tubular film and a hot gas welding device is provided, which is aligned between or on the overlapping longitudinal edges of the film strip and is designed to weld this into a tubular film characterized in that heated forming shoulders are provided and aligned to flatten tubular film longitudinal edges.
A poly lactic acid resin expanded bead, characterized by having such a crystal structure that gives a first time DSC curve when 1 to 4 mg of a measurement specimen sampled from the expanded bead are heated, for melting, according to heat flux differential scanning calorimetry referenced in JIS K7122, from 23°C to a temperature higher by 30°C than a fusion peak ending temperature at a heating speed of 10°C/min, and a second time DSC curve when the measurement specimen is then maintained for 10 minutes at the temperature higher by 30°C than the fusion peak ending temperature, then cooled to 40°C at a cooling speed of 10°C/min and then again heated, for melting, to a temperature higher by 30°C than a fusion peak ending temperature at a heating speed of 10°C/min, said first time DSC curve having at least one high temperature fusion peak which has a peak temperature higher than a reference peak temperature and which has a total fusion calorific value of 25 J/g or less, and at least one low temperature fusion peak which has a peak temperature lower than or equal to the reference peak temperature, said second time DSC curve having a fusion peak having the reference peak temperature, wherein when the second time DSC curve has only one fusion peak, said reference peak temperature is a peak temperature thereof, and when the second time DSC curve has a plurality of fusion peaks or when there is a shoulder on high temperature side of a fusion peak, said reference peak temperature is the highest among the peak temperatures of the plural fusion peaks and the flection point temperatures of the shoulders, with the provision that polylactic acid resin expanded beads are excluded, which are obtained by expanding multi-layered resin particles having a core layer and an outer layer covering the core layer, said core layer and said outer layer being formed of polylactic acid resins that are different from each other in terms of softening-point.
A gripper adapted to be used in an automated system for handling flexible substrates provided in a pile, said gripper being rotatably arrangeable on an arm of a robot and comprising a lower finger and an upper finger, wherein said lower finger comprises a sharp, wedge-shaped edge, which is adapted to enable insertion of said lower finger between substrates of said pile, characterised in that said lower finger has a round tip, which extends to at least one side of the lower finger and forms a smooth, wedge-shaped edge, and that said sharp, wedge-shaped edge is arranged on said at least one side remote from said tip and substantially in level with but protruding further than said smooth, wedge-shaped edge.