mhurhangee/ep-ind-claims huggingface dataset:
A method for processing the impression structure of 3-layer co-extruded biaxial oriented polypropylene pearl synthetic paper which comprising: 1) preheating a pearl synthetic paper with a weight 20 g/m 2 -210 g/m 2 to 65°C to 160°C; 2) embossing the pearl synthetic paper by passing through a embossing device including a rubber back-up roll having Shore A hardness of 60-90 and an embossing roll with a designed pattern; 3) cooling the embossing roll and the back-up roll synchronously during embossing; 4) cooling the impression by the two adjacent cooling drums, and then the synthetic paper having a certain roughness to facilitate sheet-fed or a substitutional canvas and art paper. 1) preheating a pearl synthetic paper with a weight 20 g/m 2 -210 g/m 2 to 65°C to 160°C; 2) embossing the pearl synthetic paper by passing through a embossing device including a rubber back-up roll having Shore A hardness of 60-90 and an embossing roll with a designed pattern; 3) cooling the embossing roll and the back-up roll synchronously during embossing; 4) cooling the impression by the two adjacent cooling drums, and then the synthetic paper having a certain roughness to facilitate sheet-fed or a substitutional canvas and art paper.
A positive/negative pressure gasket configured to be mounted in a gasket mounting groove provided in a mounting member (41, 41A, 41B) that opens in a radial direction toward a hydraulic passage provided on the inner or the outer side of the mounting member and includes a gap on the groove bottom surface as a back-side hydraulic passage communicating with the hydraulic passage at a portion closer to one side in an axial direction of the hydraulic passage, the positive/negative pressure gasket being configured to be placed in two environments, one when a positive pressure acts from the hydraulic passage and the other when the positive pressure acts from the back-side hydraulic passage, comprising: an annular gasket body with a reinforcement ring integrally provided with an annular flat portion extending from one axial end of a tubular portion toward the back-side hydraulic passage, the tubular portion being buried in the gasket body; a flange that is provided to extend from one axial end of the gasket body toward the back-side hydraulic passage, the flat portion being buried in the flange or being disposed along an axial end surface of the flange; a one-end-side seal lip that is provided to extend from the one axial end of the gasket body toward one side in the axial direction and the hydraulic passage, and is configured to come in contact with one axial side surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove; and an other-end-side seal lip that is provided to extend integrally from another axial end of the gasket body toward another side in the axial direction and the direction radially opposite to the hydraulic passage, and is configured to come in contact with another axial side surface and a bottom surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove, wherein the other-end-side seal lip extends obliquely. an annular gasket body with a reinforcement ring integrally provided with an annular flat portion extending from one axial end of a tubular portion toward the back-side hydraulic passage, the tubular portion being buried in the gasket body; a flange that is provided to extend from one axial end of the gasket body toward the back-side hydraulic passage, the flat portion being buried in the flange or being disposed along an axial end surface of the flange; a one-end-side seal lip that is provided to extend from the one axial end of the gasket body toward one side in the axial direction and the hydraulic passage, and is configured to come in contact with one axial side surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove; and an other-end-side seal lip that is provided to extend integrally from another axial end of the gasket body toward another side in the axial direction and the direction radially opposite to the hydraulic passage, and is configured to come in contact with another axial side surface and a bottom surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove, wherein the other-end-side seal lip extends obliquely.
A composition comprising: a) a microbiome modifying component comprising a fructooligosaccharides prebiotic; b) a satiety modifying component comprising glucomannan; and c) a metabolic modifying component comprising chromium; wherein the composition comprises 5g FOS, 1g of glucomannan and 130 μg of chromium. a) a microbiome modifying component comprising a fructooligosaccharides prebiotic; b) a satiety modifying component comprising glucomannan; and c) a metabolic modifying component comprising chromium;
A method comprising: causing at least one available network to be detected; determining a fully qualified domain name, FQDN, for the at least one detected available network; causing a registry entry to be downloaded from a registry that corresponds to the determined FQDN, wherein the registry entry comprises at least one certificate for at least one network entity; causing a connection to the at least one detected available network; and verifying received configuration information from the connected network, wherein verification comprises determining whether the received configuration information is signed with a digital certificate that corresponds to the at least one certificate in the downloaded registry entry, characterized in that the registry entry is downloaded from a trusted network registry, the trusted network being distinct from the detected available network and wherein the configuration information is received from the at least one network entity. causing at least one available network to be detected; determining a fully qualified domain name, FQDN, for the at least one detected available network; causing a registry entry to be downloaded from a registry that corresponds to the determined FQDN, wherein the registry entry comprises at least one certificate for at least one network entity; causing a connection to the at least one detected available network; and verifying received configuration information from the connected network, wherein verification comprises determining whether the received configuration information is signed with a digital certificate that corresponds to the at least one certificate in the downloaded registry entry, characterized in that the registry entry is downloaded from a trusted network registry, the trusted network being distinct from the detected available network and wherein the configuration information is received from the at least one network entity.
A user terminal that is configured with a plurality of cell groups, CGs, the user terminal comprising: a transmission section configured to perform physical random access channel, PRACH, transmission in a given CG; and a control section, wherein the control section is configured to perform scaling on the PUCCH/PUSCH transmission power in the other CG so that the total transmission power does not exceed the maximum possible transmission power, when the PRACH transmission in the given CG and a PUCCH/PUSCH transmission in another CG occur simultaneously, and a total transmission power exceeds a maximum possible transmission power, and wherein the control section is configured to assume that a radio link failure has been detected in a secondary CG, when the PRACH transmission in the given CG is repeated a given number of times. a transmission section configured to perform physical random access channel, PRACH, transmission in a given CG; and a control section, wherein the control section is configured to perform scaling on the PUCCH/PUSCH transmission power in the other CG so that the total transmission power does not exceed the maximum possible transmission power, when the PRACH transmission in the given CG and a PUCCH/PUSCH transmission in another CG occur simultaneously, and a total transmission power exceeds a maximum possible transmission power, and wherein the control section is configured to assume that a radio link failure has been detected in a secondary CG, when the PRACH transmission in the given CG is repeated a given number of times.
Shuttering element comprising at least two lateral, spaced-apart shuttering boards which are interconnected by means of a plurality of connecting elements and delimit a shuttering space therebetween, which can be filled with a filling compound and in which shuttering space a plurality of individual steel rods are placed in the form of reinforcement elements in a manner distributed over the cross section of the shuttering element, and the connecting elements act as a support for the steel rods to be arranged in the lower region of the cross section, the portion of the connecting elements that acts as a support protruding inwards into the cross section of the shuttering element to such an extent that the steel rods resting thereon maintain a standard minimum distance from the downwardly facing outer surface of the finished shuttering component, characterised in that, once the steel rods to be arranged in the lower region of the cross section have been placed on the connecting elements, one or more wire structures are fastened inside the cross section of the shuttering element, which structures have a depression in which one or more steel rods to be arranged above the lower region of the cross section are placed in the form of reinforcement elements and fixed in a target position, the wire structure is formed as a bracket which is open at the bottom when in the installed position and in which an upper cross-arm connecting the two lateral legs is supported at the bottom by the two lateral legs, the wire structure comprises at least one depression in the underside thereof which faces downwards in the installed position and/or in the lower half of each leg, the wire structure is formed of a wire that has a two-dimensional shape in one plane and the wire structure has a geometrically suitable shape, by means of which it is positively and/or non-positively connected to a connecting element.
A data display device for displaying, on a display unit, a group of images related to a plurality of pieces of file data, characterized by an operation unit operable to receive, from a user, a scrolling operation for switching display of the group of images related to the pieces of file data; a storage unit storing cluster information on clusters that are generated by grouping the pieces of file data according to each of a plurality of grouping conditions that can be selected via the scrolling operation; and a control unit operable to select a grouping condition in accordance with at least one of an operation distance and an operation acceleration of the scrolling operation received by the operation unit and to display, on the display unit, the group of images related to the pieces of file data in accordance with the cluster information stored in the storage unit for the selected grouping condition so that the user can distinguish between clusters generated according to the selected grouping condition.
A computer-implemented method performed by a communications device having a processor operatively coupled to a memory and a data transceiver for transmitting and receiving video data of a video call between a user of the device and two or more other parties to the call, the method comprising: receiving and displaying video images of the two or more other parties within a single main video window on a display of the device; identifying one or more faces in the video images within the single main video window; determining a minimally obscuring position for a picture-in-picture window that minimally obscures one or more faces of the other parties; capturing video of the user with a camera on the device; displaying a PIP window from the video of the user in the minimally obscuring position within the single main video window; and during the course of the video call between the user of the device and the two or more other parties to the call and upon finding that it is not possible to find a position within the single main video window that does not obscure at least one of the faces, identifying one or more speakers from among the two or more parties and repositioning the displayed PIP at a location to avoid obscuring faces of the one or more speakers while obscuring a face of one of the one or more parties that are not speaking so as to maintain the visibility of the faces of the one or more parties that are speaking. receiving and displaying video images of the two or more other parties within a single main video window on a display of the device; identifying one or more faces in the video images within the single main video window; determining a minimally obscuring position for a picture-in-picture window that minimally obscures one or more faces of the other parties; capturing video of the user with a camera on the device; displaying a PIP window from the video of the user in the minimally obscuring position within the single main video window; and during the course of the video call between the user of the device and the two or more other parties to the call and upon finding that it is not possible to find a position within the single main video window that does not obscure at least one of the faces, identifying one or more speakers from among the two or more parties and repositioning the displayed PIP at a location to avoid obscuring faces of the one or more speakers while obscuring a face of one of the one or more parties that are not speaking so as to maintain the visibility of the faces of the one or more parties that are speaking.
A method of lubricating an internal combustion engine with a lubricating oil composition comprising (a) a major amount of an oil of lubricating viscosity; (b) 10 ppm to 3000 ppm as Ti metal of one or more non-halogen-containing oil-soluble titanium complexes comprising at least one ligand comprising an anion of a carboxylic acid; (c) one or more dispersants; and (d) one or more metal-containing detergents, wherein the lubricating oil composition is free of any zinc dialkyldithiophosphate, and wherein the internal combustion engine is a compression ignition diesel engine equipped with at least one of an exhaust gas recirculation system; a catalytic converter; and a particulate trap, and further wherein the lubricating oil composition has less than 0.3 wt. % of sulfur and a sulfated ash content of no more than 0.9 wt. % as determined by ASTM D874, and contains no amount of any phosphorus.
A cap comprising: a body, an opening passing through the cap and adapted in turn to be passed through by at least one product transfer member, and a membrane which, at rest, covers the opening, wherein the membrane has a main portion that extends through the opening and defines two inclined faces (45A, 45B), each inclined face having a distal edge (46A, 46B), and wherein the two inclined faces (45A, 45B) form a dihedron when the membrane is at rest, the distal edges (46A, 46B) of the two inclined faces coming together at the apex of the dihedron, said cap being characterized in that it comprises at least two flaps (35A, 35B) extending through the opening, above the membrane, the two inclined faces (45A, 45B) of the membrane being respectively covered by the two flaps (35A, 35B), each flap having a free edge (36A, 36B) that extends along the distal edge of the corresponding inclined face, so that, when the transfer member passes through the opening and the membrane, the free edges (36A, 36B) of the two flaps respectively press along the distal edges (46A, 46B) of the two inclined faces, and wherein each flap (35A, 35B) has a lower surface facing the membrane and an upper surface opposite the lower surface, and wherein each flap (35A, 35B) has protuberances or cavities on/in its lower surface, said protuberances or cavities being housed in cavities or protuberances with complementary shapes, provided in/on the inclined faces (45A, 45B) of the membrane. a body, an opening passing through the cap and adapted in turn to be passed through by at least one product transfer member, and a membrane which, at rest, covers the opening, wherein the membrane has a main portion that extends through the opening and defines two inclined faces (45A, 45B), each inclined face having a distal edge (46A, 46B), and wherein the two inclined faces (45A, 45B) form a dihedron when the membrane is at rest, the distal edges (46A, 46B) of the two inclined faces coming together at the apex of the dihedron, said cap being characterized in that it comprises at least two flaps (35A, 35B) extending through the opening, above the membrane, the two inclined faces (45A, 45B) of the membrane being respectively covered by the two flaps (35A, 35B), each flap having a free edge (36A, 36B) that extends along the distal edge of the corresponding inclined face, so that, when the transfer member passes through the opening and the membrane, the free edges (36A, 36B) of the two flaps respectively press along the distal edges (46A, 46B) of the two inclined faces, and wherein each flap (35A, 35B) has a lower surface facing the membrane and an upper surface opposite the lower surface, and wherein each flap (35A, 35B) has protuberances or cavities on/in its lower surface, said protuberances or cavities being housed in cavities or protuberances with complementary shapes, provided in/on the inclined faces (45A, 45B) of the membrane.
A pipe-laying vessel including a tower extending upwardly from the vessel, a pipe loading arm for raising a length of pipe from the deck to a position aligned with the tower, a travelling clamp assembly mounted for movement along the tower, a fixed clamp assembly located in the region of a lower portion of the tower, wherein the travelling clamp assembly and/or the fixed clamp assembly includes both a friction clamp (34,63) and a collar clamp, each of the friction clamp and the collar clamp being movable between an operative position, in which it is adjustable between a clamping and a released position, and an inoperative position.
A device for flight procedures validation and verification for an air vehicle, comprising: - a first satellite navigation receiver connected to a satellite navigation antenna of the air vehicle, through a connector, for capturing signals from navigation satellites to be used as flight data; and - an inertial measurement unit, said first satellite navigation receiver and said inertial measurement unit being connected to a computer unit, and being configured to provide through said computer unit, coded information for flight guidance from the captured signals for at least a pilot of the air vehicle, characterized in that the device further comprises a second satellite navigation receiver connected to said satellite navigation antenna, through said connector, for capturing said signals from navigation satellites, wherein said second satellite navigation receiver includes a backup unit configured to afford a backup of the captured signals of the first satellite navigation receiver, and includes a dedicated processor configured to process the signals captured by the second satellite navigation receiver, obtaining additional information for the guidance of the air vehicle, and configured to compare the processed results with the signals captured by the first satellite navigation receiver, the obtained additional information comprising at least detection of possible interferences in the captured signals; and wherein the first and second satellite navigation receivers, and the inertial measurement unit are all integrated into a portable unit. - a first satellite navigation receiver connected to a satellite navigation antenna of the air vehicle, through a connector, for capturing signals from navigation satellites to be used as flight data; and - an inertial measurement unit,
A system for industrial scale pretreatment of at least one dry ton of biomass per day, the system comprising: a barrel defining an inner chamber and comprising an inlet port near of first end of the barrel and an end flange plate at a second end of the barrel; one or more rotatable screws (51, 52) configured to move the biomass through the inner chamber of the barrel and containing one or more sections configured to form one or more plugs (P1, P2, P3) from the biomass to separate the inner chamber of the barrel into two or more zones (91, 92, 93), including a feeder zone and a reaction zone; and a pressure actuated discharge valve connected to the end flange plate and configured to open and close in response to pressure within the barrel, wherein the pressure actuated discharge valve is connected to an actuator that is operably coupled to a back pressure control unit operably coupled to one or more pressure gauges (81, 85), thereby allowing for continuous production of a pretreated biomass composition comprising a liquid fraction comprising monosaccharides and solid particles comprising cellulose. a barrel defining an inner chamber and comprising an inlet port near of first end of the barrel and an end flange plate at a second end of the barrel; one or more rotatable screws (51, 52) configured to move the biomass through the inner chamber of the barrel and containing one or more sections configured to form one or more plugs (P1, P2, P3) from the biomass to separate the inner chamber of the barrel into two or more zones (91, 92, 93), including a feeder zone and a reaction zone; and a pressure actuated discharge valve connected to the end flange plate and configured to open and close in response to pressure within the barrel, wherein the pressure actuated discharge valve is connected to an actuator that is operably coupled to a back pressure control unit operably coupled to one or more pressure gauges (81, 85), thereby allowing for continuous production of a pretreated biomass composition comprising a liquid fraction comprising monosaccharides and solid particles comprising cellulose.