mhurhangee/ep-ind-claims huggingface dataset:
A cable for transporting electricity including a central assembly of composite ring units (1A, 1B) formed with fibers embedded in resin and around which are positioned conducting metal wires (2, 3), said assembly of ring units being coated with a first metal layer, characterized in that each ring unit (1A, 1B) is covered with a second metal layer (5A, 5B) with a thickness comprised between 0.2 and 0.5 mm, said ring units (1A, 1B) having a diameter comprised between 1 and 10 mm and said first metal layer having a thickness comprised between 0.7 and 1.5 mm.
A composition for use in attenuating an immune response in a subject with multiple sclerosis, arthritis, lupus, sepsis, hepatitis, cirrhosis, Parkinson's Disease, chronic infections and graft-versus-host disease, comprising a population of isolated mesenchymal stem cells produced by a method comprising the steps of: (i) obtaining multipotent progenitor cells; (ii) culturing said multipotent cells in a medium to produce an expanded subpopulation of mesenchymal stem cells and a subpopulation of differentiated cells; (iii) separating mesenchymal stem cells from differentiated cells in said medium; and (iv) treating at least a subset of said separated mesenchymal stem cells with interferon gamma (IFNγ) and interlukin-17 A (IL-17A). (i) obtaining multipotent progenitor cells; (ii) culturing said multipotent cells in a medium to produce an expanded subpopulation of mesenchymal stem cells and a subpopulation of differentiated cells; (iii) separating mesenchymal stem cells from differentiated cells in said medium; and (iv) treating at least a subset of said separated mesenchymal stem cells with interferon gamma (IFNγ) and interlukin-17 A (IL-17A).
An engine assembly, comprising: an engine compartment containing an internal combustion engine, the internal combustion engine having internal cooling circuitry for fluid cooling of the engine, the engine compartment having an air intake fluidly connecting an interior of the engine compartment to an environment of the engine assembly; a cooler compartment separate from and adjacent the engine compartment, the cooler compartment containing a heat exchanger fluidly connected to the cooling circuitry of the internal combustion engine, an interior of the cooler compartment fluidly connected to the environment via an inlet and an outlet; a metered opening fluidly connecting the engine compartment to the cooler compartment; and a forced air system fluidly between the inlet and the outlet and operable to drive an airflow (F') from the inlet to the outlet through the heat exchanger, and from the intake to the outlet through the metered opening; characterised in that: the engine compartment and the cooler compartment are serially disposed in a direction parallel to a shaft of the internal combustion engine. an engine compartment containing an internal combustion engine, the internal combustion engine having internal cooling circuitry for fluid cooling of the engine, the engine compartment having an air intake fluidly connecting an interior of the engine compartment to an environment of the engine assembly; a cooler compartment separate from and adjacent the engine compartment, the cooler compartment containing a heat exchanger fluidly connected to the cooling circuitry of the internal combustion engine, an interior of the cooler compartment fluidly connected to the environment via an inlet and an outlet; a metered opening fluidly connecting the engine compartment to the cooler compartment; and a forced air system fluidly between the inlet and the outlet and operable to drive an airflow (F') from the inlet to the outlet through the heat exchanger, and from the intake to the outlet through the metered opening; characterised in that: the engine compartment and the cooler compartment are serially disposed in a direction parallel to a shaft of the internal combustion engine.
Method for manufacturing containers by blow-moulding or stretch blow-moulding from plastic preforms, the method comprising a step of cooling a bottom of a mould by circulating a heat-transfer fluid inside a cavity in the bottom of the mould, characterized in that the step of cooling a bottom of the mould is carried out with a non-refrigerated heat-transfer fluid and at a temperature less than or equal to 30°C.
A method, comprising: establishing, by a first electronic device, a coupling to a second electronic device for screen projection; displaying, by the first electronic device, a first interface; sending, by the first electronic device, data of the first interface to the second electronic device, so that the second terminal displays a second interface when the first terminal displays a second interface, wherein the second interface and the first interface are the same; stopping, by the first electronic device display of the first interface; displaying, by the first electronic device, a third interface after stopping display of the first interface, wherein the third interface comprises an interface element related to user privacy; sending, by the first terminal, a screen locking instruction to the second terminal, so that the second terminal displays a screen locked interface; wherein the method further comprises: the screen locking instruction is automatically sent by the first electronic device in response to a switch to the third interface that comprises the interface element related to user privacy, so that displaying of said interface element on the second electronic device is avoided. establishing, by a first electronic device, a coupling to a second electronic device for screen projection; displaying, by the first electronic device, a first interface; sending, by the first electronic device, data of the first interface to the second electronic device, so that the second terminal displays a second interface when the first terminal displays a second interface, wherein the second interface and the first interface are the same; stopping, by the first electronic device display of the first interface; displaying, by the first electronic device, a third interface after stopping display of the first interface, wherein the third interface comprises an interface element related to user privacy; sending, by the first terminal, a screen locking instruction to the second terminal, so that the second terminal displays a screen locked interface; wherein the method further comprises: the screen locking instruction is automatically sent by the first electronic device in response to a switch to the third interface that comprises the interface element related to user privacy, so that displaying of said interface element on the second electronic device is avoided.
A computation node including an interconnection network interface configured to transmit and receive data with another computation node through a relay device, the computation node being characterized by the interconnection network interface comprising: a standby time calculator configured to calculate an effective transfer speed of the data based on a difference between an actual arrival time at which response data to transmission data transmitted to the other computation node has arrived and a predictive arrival time calculated by multiplying the number of relay devices passed until the response data transmitted from the other computation node arrives at the computation node by a transfer delay time necessary to pass through one relay device and a buffer size of the relay device on a communication path of the data, and calculate a transmission interval of transmission data based on the calculated effective transfer speed; and a transmission controller configured to perform transmission control of transmission data based on the calculated transmission interval. a standby time calculator configured to calculate an effective transfer speed of the data based on a difference between an actual arrival time at which response data to transmission data transmitted to the other computation node has arrived and a predictive arrival time calculated by multiplying the number of relay devices passed until the response data transmitted from the other computation node arrives at the computation node by a transfer delay time necessary to pass through one relay device and a buffer size of the relay device on a communication path of the data, and calculate a transmission interval of transmission data based on the calculated effective transfer speed; and a transmission controller configured to perform transmission control of transmission data based on the calculated transmission interval.
An automotive glazing unit including a glazing and means for allowing said glazing to be moved translationally with respect to a door of said vehicle, said glazing being curved and laminated and comprising at least an exterior glass sheet, an interior glass sheet and a plastic sheet located between said exterior glass sheet and said interior glass sheet, each sheet (3, 4, 5) having a peripheral edge face (31, 41, 51), characterized in that the edge face of said interior glass sheet is located beyond the edge face of said plastic sheet and beyond the edge face of said exterior glass sheet over at least one portion of the length of the edge face of said interior glass sheet and in that said interior glass sheet has a thickness (es) comprised between 0.40 and 2.10 mm and the edge face of said interior glass sheet includes a protective layer on at least one portion of the length of that edge face of said interior glass sheet which is located beyond the edge face of said plastic sheet and beyond the edge face of said exterior glass sheet, said protective layer being a varnish having a thickness of about 0.1 to 3.0 mm.
A storage tray for automatically loading and unloading stacks of flat articles stacked on edge, said storage tray having a bottom plate and panels (4A, 4B, 5) parallel in pairs defining at least one compartment (6, 7) provided with an opening that is provided opposite from said bottom plate, said compartment (6, 7) being designed to receive at least one stack of flat articles, provision being made for the edges of said flat articles to rest on said bottom plate and for at least one flank of said stack to bear against a bearing surface (72, 82, 92) formed by the inside face of one of said panels (4A, 5), wherein said at least two of the said bearing surfaces (72, 82, 92) facing are each of them provided with at least one groove (70, 80, 90) having their end walls set back, said grooves (70, 80, 90) being disposed facing each other in pairs, and the grooves extending longitudinally from said bottom plate up to said opening,said storage tray being characterized in that each of the groove (70, 80, 90) being suitable for longitudinally receiving a tooth of a comb that is inserted into it without coming into contact with said flat articles, and that, once inserted, is designed to move said flank of said stack laterally away from said corresponding bearing surface (72, 82, 92), in that said bottom plate is provided with at least one through slot (10; 20, 30; 40; 50), each of the ends of which is disposed in direct alignment with respectively one of said grooves (70, 80, 90), said slot (40; 50) being substantially of a shape chosen from T-shaped, and Z-shaped, the first and the second branch (11, 12; 21, 22; 31, 32; 41, 42; 51, 52) of each slot defined the ends of said slot (40, 50) and a trunk (43, 53, 13, 23, 33) between the two branches and having a profile that is substantially identical to the profile of the respective corresponding groove (70, 80, 90), said slot (10; 20, 30; 40; 50) and each of said grooves (70, 80, 90) being suitable for allowing at least one moving finger to pass through that is mounted to slide between a retracted position in which the free end of said moving finger does not pass through said slot (10; 20, 30; 40; 50) and an active position in which said moving finger passes through said slot (10; 20, 30; 40; 50) and is engaged in one of said grooves (70, 80, 90) so that the edges of all of said flat articles of said stack rest on said free end and can be moved away from or towards said bottom plate for the purpose of automatically unloading said flat articles from said storage tray or of automatically loading said articles into said storage tray, without said flank of said stack coming into contact with said bearing surface (72, 82, 92).
A nutritional composition containing - a spray-dried powder containing at least 80 %-wt. lacto- N -tetraose and/or lacto- N -neotetraose (LNnT) which has been produced by microbial fermentation, is free of genetically-engineered microorganisms and nucleic acid molecules derived from genetically-engineered microorganisms, and contains ≤ 15 %-wt. of water; - at least one probiotic microorganism; and - tyndalized probiotic bacteria. - a spray-dried powder containing at least 80 %-wt. lacto- N -tetraose and/or lacto- N -neotetraose (LNnT) which has been produced by microbial fermentation, is free of genetically-engineered microorganisms and nucleic acid molecules derived from genetically-engineered microorganisms, and contains ≤ 15 %-wt. of water; - at least one probiotic microorganism; and - tyndalized probiotic bacteria.
A polymerizable composition comprising: a) a benzoxazine, and b) a (meth)acrylate copolymer having pendent tosylate groups. a) a benzoxazine, and b) a (meth)acrylate copolymer having pendent tosylate groups.
A three-way flap comprising: an inlet; a first outlet; a second outlet; and a valve flap moveable between at least a first position and a second position, with fluid flowing in through the inlet being directed to the first outlet, when the valve flap is in the first position, and fluid flowing in through the inlet being directed to the second outlet, when the valve flap is in the second position; whereby a surface of the valve flap circumscribed by an outer edge comprises at least one first surface section, where the surface of the valve flap has a curvature; whereby the three-way flap further comprises a valve body; whereby the valve flap is located inside the valve body, and the inlet, and the first and second outlets (2, 3) are formed in the valve body; and whereby a pivot axis of the valve flap passes straight through the valve body; characterized in that the pivot axis supports a curved baffle plate; and the valve body comprises on its inside wall opposite the inlet a protrusion oriented towards the inlet and extending between two bearings enabling a pivoting movement of the valve flap, such that an abutting of the valve flap on an inside wall of the valve body is limited to a small area. an inlet; a first outlet; a second outlet; and a valve flap moveable between at least a first position and a second position, with fluid flowing in through the inlet being directed to the first outlet, when the valve flap is in the first position, and fluid flowing in through the inlet being directed to the second outlet, when the valve flap is in the second position; whereby a surface of the valve flap circumscribed by an outer edge comprises at least one first surface section, where the surface of the valve flap has a curvature; whereby the three-way flap further comprises a valve body; whereby the valve flap is located inside the valve body, and the inlet, and the first and second outlets (2, 3) are formed in the valve body; and whereby a pivot axis of the valve flap passes straight through the valve body; characterized in that the pivot axis supports a curved baffle plate; and the valve body comprises on its inside wall opposite the inlet a protrusion oriented towards the inlet and extending between two bearings enabling a pivoting movement of the valve flap, such that an abutting of the valve flap on an inside wall of the valve body is limited to a small area.
A method for avoiding hemoglobin influence in a latex agglutination or a metal colloid agglutination immunoassay method, comprising assaying an antigen as a target substance contained in a biological sample through antigen-antibody reaction, in the presence of a calixarene at a final concentration in a reaction system of from 0.005 to 4 mM.
Bumper assembly for a motor vehicle, having an upper main crossbeam which can be coupled to the motor vehicle via crash boxes and a lower auxiliary crossbeam, wherein main crossbeam and auxiliary crossbeam are coupled together via vertical struts, wherein the bumper assembly extends across at least 70% of the vehicle width and that's the main crossbeam and the auxiliary crossbeam have end portions which project laterally beyond the crash boxes in motor vehicle transverse direction and main crossbeam and auxiliary crossbeam are manufactured integrally and from a uniform material, characterised in that in an outer portion of the end region is arranged a vertically oriented hollow profile with a closed cross section of a hollow chamber.
Diagnostic method for a particle filter which is arranged in the exhaust gas stream of an internal combustion engine, a particle concentration being sensed by means of a particle sensor which is connected behind the particle filter, characterized - in that the combustion-relevant engine parameters are changed temporarily by means of an engine controller in such a way that an engine-side raw-emission concentration rises significantly, the combustion-relevant engine parameters being changed in a largely steady-state part-load mode, and - in that a filter fault message is output if the sensed associated measured values of the particle concentration exceed a detection threshold value of the particle sensor, which detection threshold value is, in particular, considerably greater than a predefined, preferably volume-related particle limit value. - in that the combustion-relevant engine parameters are changed temporarily by means of an engine controller in such a way that an engine-side raw-emission concentration rises significantly, the combustion-relevant engine parameters being changed in a largely steady-state part-load mode, and - in that a filter fault message is output if the sensed associated measured values of the particle concentration exceed a detection threshold value of the particle sensor, which detection threshold value is, in particular, considerably greater than a predefined, preferably volume-related particle limit value.
Heavy-duty trailer comprising a plurality of wheels having independent wheel suspension, characterised in that the wheel suspension of at least one of the wheels having independent wheel suspension, preferably of all of the wheels having independent wheel suspension, is MacPherson wheel suspension comprising a piston-cylinder unit, in that the wheel suspension further has a brake cylinder which is arranged so as to be adjacent to the piston-cylinder unit and the free end of which points upwards, and in that the axis of the brake cylinder is arranged so as to be offset by a predetermined distance (d) relative to the wheel axis.
Method of fabricating a film material, the film material comprising micro-images and a regular two dimensional array of non-cylindrical lenses, the film material utilizing the regular two dimensional array of non-cylindrical lenses to enlarge the micro-images, and to form a synthetically magnified image through the united performance of a multiplicity of individual lens/micro-image systems, the method comprising the steps of: - forming the micro-images by microstructure replication such that the micro-images are formed from voids and solid regions in a microstructure in combination and - filling or coating the voids in the microstructure with another material such as evaporated metal material or dyed or pigmented material, wherein the film material is combined with an optical spacer, wherein the micro-image elements are in the lenses' focal planes and wherein the micro-images are protected by a sealing layer; wherein the micro-images are not formed by patterns of colorless, colored, tinted, or dyed material applied to the lower surface of the optical spacer by a printing method including not by intaglio printing. - forming the micro-images by microstructure replication such that the micro-images are formed from voids and solid regions in a microstructure in combination and - filling or coating the voids in the microstructure with another material such as evaporated metal material or dyed or pigmented material,
A method, performed by a mobile terminal, of providing real time difference determination for enabling positioning of the mobile terminal in a telecommunication system, said telecommunication system comprising a plurality of eNodeBs in communication with a core network, each eNodeB having a plurality of associated cells, each cell potentially servicing one or more mobile terminals, said method comprising the steps of: determining a first timing advance value representative of a first geographical distance measure between said mobile terminal and a first serving eNodeB prior to a handover to a second serving eNodeB; determining a second timing advance value representative of a second geographical distance measure between said mobile terminal and said second serving eNodeB after said handover, wherein said determining (S10, S20) of said first and second timing advance values are performed, prior to and after said handover respectively, within a predetermined time interval relative to said handover; determining time of arrival measures between said mobile terminal and at least two eNodeBs of said plurality of eNodeBs, wherein said determined time of arrival measures are related to measurements on respective pilot signals from said at least two eNodeBs, and wherein said time of arrival measures are determined, in association with said determining (S10, S20) of said first and second timing advance values, within said predetermined time interval; and signalling, over a radio resource control interface, representations of said determined first and second geographical distance measures and said determined time of arrival measures for said mobile terminal to at least said second serving eNodeB, together with a respective unique identification parameter of said at least two eNodeBs. determining a first timing advance value representative of a first geographical distance measure between said mobile terminal and a first serving eNodeB prior to a handover to a second serving eNodeB; determining a second timing advance value representative of a second geographical distance measure between said mobile terminal and said second serving eNodeB after said handover, wherein said determining (S10, S20) of said first and second timing advance values are performed, prior to and after said handover respectively, within a predetermined time interval relative to said handover; determining time of arrival measures between said mobile terminal and at least two eNodeBs of said plurality of eNodeBs, wherein said determined time of arrival measures are related to measurements on respective pilot signals from said at least two eNodeBs, and wherein said time of arrival measures are determined, in association with said determining (S10, S20) of said first and second timing advance values, within said predetermined time interval; and signalling, over a radio resource control interface, representations of said determined first and second geographical distance measures and said determined time of arrival measures for said mobile terminal to at least said second serving eNodeB, together with a respective unique identification parameter of said at least two eNodeBs.