mhurhangee/ep-ind-claims huggingface dataset:
A flow battery comprising: a cell stack including electrochemically active cells and manifolds defining common manifold passages in fluid communication with the electrochemically active cells; a supply/storage system external of the cell stack, the supply/storage system including at least one vessel (32, 34) fluidly connected with respective common manifold passages; and fluid electrolytes (22, 26) in the supply/storage system, at least one of the fluid electrolytes (22, 26) being an ionically-conductive fluid, the manifolds extending in a length direction through the cell stack, and the common manifold passages including a common manifold passage (P1, P2) varying in cross-section along the length direction. a cell stack including electrochemically active cells and manifolds defining common manifold passages in fluid communication with the electrochemically active cells; a supply/storage system external of the cell stack, the supply/storage system including at least one vessel (32, 34) fluidly connected with respective common manifold passages; and fluid electrolytes (22, 26) in the supply/storage system, at least one of the fluid electrolytes (22, 26) being an ionically-conductive fluid, the manifolds extending in a length direction through the cell stack, and the common manifold passages including a common manifold passage (P1, P2) varying in cross-section along the length direction.
An irrigation pipe with a plurality of connector elements adapted for attachment of lateral branches thereto after the manufacture thereof, characterized in that said pipe is formed by an extrusion process and said connector elements are integrally fitted to said pipe's inner wall during said extrusion.
A mesoporous zeolite comprising: a microporous framework comprising a plurality of micropores having diameters of less than or equal to 2 nm; and a plurality of mesopores having diameters of greater than 2 nm and less than or equal to 50 nm; where the mesoporous zeolite comprises an aluminosilicate material, a titanosilicate material, or a pure silicate material; where the mesoporous zeolite comprises a surface area of greater than 350 m 2 /g; where the mesoporous zeolite comprises a pore volume of greater than 0.3 cm 3 /g; where the mesoporous zeolite comprises particles of from 25 nm to 500 nm in size; and where the surface area, pore volume, and diameters are measured by BET analysis using N 2 adsorption isotherms performed at 77 K and where the particles size is determined according to the method mentioned in the specification. a microporous framework comprising a plurality of micropores having diameters of less than or equal to 2 nm; and a plurality of mesopores having diameters of greater than 2 nm and less than or equal to 50 nm; where the mesoporous zeolite comprises an aluminosilicate material, a titanosilicate material, or a pure silicate material; where the mesoporous zeolite comprises a surface area of greater than 350 m 2 /g; where the mesoporous zeolite comprises a pore volume of greater than 0.3 cm 3 /g; where the mesoporous zeolite comprises particles of from 25 nm to 500 nm in size; and where the surface area, pore volume, and diameters are measured by BET analysis using N 2 adsorption isotherms performed at 77 K and where the particles size is determined according to the method mentioned in the specification.
Tire pressure sensor for motor vehicles, comprising a housing, an electronic control circuit which is accommodated in the housing and has an integrated measuring circuit, the measuring circuit having at least one pressure sensor, wherein configuration data for the measuring circuit and/or the control circuit can be stored in an internal memory of the control circuit, wherein means (6, 9; 7, 10) for wireless communication are coupled to the control circuit in order to transmit measured pressure values detected by means of the measuring circuit to a remote receiving device in accordance with the configuration data, wherein the control circuit is coupled to a separate memory device having a non-volatile memory, wherein a plurality of data packets each having different configuration data are stored in the separate memory device, wherein the separate memory module can be activated by the control circuit in order to copy a data packet stored therein into the internal memory of the control circuit in order to configure the measuring circuit and/or the control circuit characterized in that the control circuit is designed to store the measured values recorded by the measuring device in the separate memory module after configuration. a housing, an electronic control circuit which is accommodated in the housing and has an integrated measuring circuit, the measuring circuit having at least one pressure sensor, wherein configuration data for the measuring circuit and/or the control circuit can be stored in an internal memory of the control circuit, wherein means (6, 9; 7, 10) for wireless communication are coupled to the control circuit in order to transmit measured pressure values detected by means of the measuring circuit to a remote receiving device in accordance with the configuration data, wherein the control circuit is coupled to a separate memory device having a non-volatile memory, wherein a plurality of data packets each having different configuration data are stored in the separate memory device, wherein the separate memory module can be activated by the control circuit in order to copy a data packet stored therein into the internal memory of the control circuit in order to configure the measuring circuit and/or the control circuit characterized in that the control circuit is designed to store the measured values recorded by the measuring device in the separate memory module after configuration.
A method of laser welding a workpiece, comprising the steps of: delivering a focused beam of laser-radiation to the workpiece, the focused beam having a focused center beam and a concentric focused annular beam, the focused center beam diameter being smaller than the focused annular beam diameter at a focus on the workpiece; moving the focus laterally with respect to the workpiece from a start location towards a stop location, the center beam having a center processing power and the annular beam having an annular processing power; ramping down power of the annular beam from the annular processing power to an off-power over a ramping-down time when the focus reaches the stop location; and being characterised by ramping up power of the center beam from the center processing power over a first time duration, then ramping down the power of the center beam to an off-power over a second time duration, the first time duration being during the ramping-down time of the power of the annular beam. delivering a focused beam of laser-radiation to the workpiece, the focused beam having a focused center beam and a concentric focused annular beam, the focused center beam diameter being smaller than the focused annular beam diameter at a focus on the workpiece; moving the focus laterally with respect to the workpiece from a start location towards a stop location, the center beam having a center processing power and the annular beam having an annular processing power; ramping down power of the annular beam from the annular processing power to an off-power over a ramping-down time when the focus reaches the stop location; and being characterised by ramping up power of the center beam from the center processing power over a first time duration, then ramping down the power of the center beam to an off-power over a second time duration, the first time duration being during the ramping-down time of the power of the annular beam.
An inflator assembly comprising: - an inflator body forming a chamber wherein a quantity of a gas generating solid reacts to form gas, - a quantity of gas treatment material to treat the formed gas to form a treated gas and - at least one assembly exit opening to permit the treated gas to exit the inflator assembly, wherein the gas generating solid has a flame temperature of no more than 1670 K and comprises: - at least one of an organic fuel, a transition metal salt of said organic fuel and a transition metal nitrate complex of said organic fuel, wherein said organic fuel comprises at least the elements carbon, hydrogen and oxygen, includes at least one functional group selected from the list of amide, imine, hydroxyl and carboxylic acids, is free of nitro and cyano functional groups, and has an oxygen-to-carbon mole ratio of at least 0.5 and an exothermic heat of formation of no less than -400 KJ/mole; the at least one organic fuel, transition metal salt of said organic fuel and transition metal nitrate complex of said organic fuel present in a relative amount of between 5 and 50 composition weight percent; - between 10 and 30 composition weight percent guanidine nitrate as a co-fuel; - between 25 and 70 composition weight percent of basic metal nitrate oxidizer, and - up to 15 composition weight percent metal oxide coolant, wherein the inflator assembly has weight and volume reductions each in the range of at least 20 to 40 percent as compared to an otherwise identical performing inflator assembly that utilizes a gas generating composition having a flame temperature of at least 1800 K. - an inflator body forming a chamber wherein a quantity of a gas generating solid reacts to form gas, - a quantity of gas treatment material to treat the formed gas to form a treated gas and - at least one assembly exit opening to permit the treated gas to exit the inflator assembly, - at least one of an organic fuel, a transition metal salt of said organic fuel and a transition metal nitrate complex of said organic fuel, wherein said organic fuel comprises at least the elements carbon, hydrogen and oxygen, includes at least one functional group selected from the list of amide, imine, hydroxyl and carboxylic acids, is free of nitro and cyano functional groups, and has an oxygen-to-carbon mole ratio of at least 0.5 and an exothermic heat of formation of no less than -400 KJ/mole; the at least one organic fuel, transition metal salt of said organic fuel and transition metal nitrate complex of said organic fuel present in a relative amount of between 5 and 50 composition weight percent; - between 10 and 30 composition weight percent guanidine nitrate as a co-fuel; - between 25 and 70 composition weight percent of basic metal nitrate oxidizer, and - up to 15 composition weight percent metal oxide coolant,
Apparatus for cooling products comprising at least: - a cooling chamber with a conveyor for conveying the products through the cooling chamber, - at least one circulator for circulating a cooling gas within at least a part of the cooling chamber, - a first aperture element with a plurality of first aperture openings, wherein the conveyor and the at least one circulator are arranged within the cooling chamber such that the cooling gas can impinge a first side of the conveyor, characterized in that the first aperture element is arranged within the cooling chamber such that the cooling gas penetrates through the first aperture openings before impinging the first side of the conveyor, wherein a second aperture element with a plurality of second aperture openings is provided such that the cooling gas penetrates through the second aperture openings after having passed through the conveyor. - a cooling chamber with a conveyor for conveying the products through the cooling chamber, - at least one circulator for circulating a cooling gas within at least a part of the cooling chamber, - a first aperture element with a plurality of first aperture openings, wherein the conveyor and the at least one circulator are arranged within the cooling chamber such that the cooling gas can impinge a first side of the conveyor, characterized in that the first aperture element is arranged within the cooling chamber such that the cooling gas penetrates through the first aperture openings before impinging the first side of the conveyor, wherein a second aperture element with a plurality of second aperture openings is provided such that the cooling gas penetrates through the second aperture openings after having passed through the conveyor.
A mode-locked pulse laser device (100, 100a) with a ring laser resonator, the pulse laser device (100, 100a) comprising: a polarization maintaining, PM, fiber having a light input end and a light output end and configured to guide a first linearly polarized light with a first phase along a fast axis of the PM fiber from the light input end and a second linearly polarized light with a second phase along a slow axis of the PM fiber from the input end; a first quarter waveplate disposed at the light output end of the PM fiber and configured to convert the first and the second linearly polarized lights into left-handed and right-handed, or right-handed and left-handed, circularly polarized lights, respectively; and an optical isolator configured to unidirectionally transmit a laser pulse in the ring laser resonator, wherein the PM fiber has at least one 90-degree-cross-splicing position to eliminate delay between the first linearly polarized light and the second linearly polarized, wherein the left-handed circularly polarized light and the right-handed circularly polarized light combine into an elliptically polarized light after the first quarter waveplate, and wherein the PM fiber, the first quarter waveplate, and the optical isolator are on a light path of the ring laser resonator. a polarization maintaining, PM, fiber having a light input end and a light output end and configured to guide a first linearly polarized light with a first phase along a fast axis of the PM fiber from the light input end and a second linearly polarized light with a second phase along a slow axis of the PM fiber from the input end; a first quarter waveplate disposed at the light output end of the PM fiber and configured to convert the first and the second linearly polarized lights into left-handed and right-handed, or right-handed and left-handed, circularly polarized lights, respectively; and an optical isolator configured to unidirectionally transmit a laser pulse in the ring laser resonator, wherein the PM fiber has at least one 90-degree-cross-splicing position to eliminate delay between the first linearly polarized light and the second linearly polarized, wherein the left-handed circularly polarized light and the right-handed circularly polarized light combine into an elliptically polarized light after the first quarter waveplate, and wherein the PM fiber, the first quarter waveplate, and the optical isolator are on a light path of the ring laser resonator.
A method comprising: identifying linked anatomical structures in stored images of a patient anatomy; modeling a structure of linkage elements, wherein each linkage element corresponds to one of the linked anatomical structures; modeling a portion of the patient anatomy by defining a plurality of search slabs, search slabs being regions of points within predetermined distances along an axis of the structure of linkage elements; assigning each of the linkage elements to one of the plurality of search slabs; receiving tracking data corresponding to a sensed instrument portion, wherein the tracking data includes position information and orientation information for the sensed instrument portion; identifying one of the plurality of search slabs which corresponds to the position information for the sensed instrument portion; and matching the sensed instrument portion to a matched linkage element from among the linkage elements assigned to the identified one of the plurality of search slabs. identifying linked anatomical structures in stored images of a patient anatomy; modeling a structure of linkage elements, wherein each linkage element corresponds to one of the linked anatomical structures; modeling a portion of the patient anatomy by defining a plurality of search slabs, search slabs being regions of points within predetermined distances along an axis of the structure of linkage elements; assigning each of the linkage elements to one of the plurality of search slabs; receiving tracking data corresponding to a sensed instrument portion, wherein the tracking data includes position information and orientation information for the sensed instrument portion; identifying one of the plurality of search slabs which corresponds to the position information for the sensed instrument portion; and matching the sensed instrument portion to a matched linkage element from among the linkage elements assigned to the identified one of the plurality of search slabs.
A method of conducting an enzymatic assay, the method comprising incubating an aqueous droplet in oil, said droplet comprising a 4-methylumbelliferone (4-MU) or hexadecanoylamino methylumbelliferone comprising enzymatic substrate, a sample potentially comprising an enzyme, and a cyclodextrin compound; and detecting a fluorescence signal.
A method of receiving and communicating data using a data processing hub, the data processing hub comprising a processor, the method being performed by the processor and comprising the steps of: receiving a first set of user data from a first data repository, the first set of user data having been requested by a data owner, who owns the user data themselves, wherein the first set of user data includes a repository user identifier; retrieving a globally unique user identifier, GUID, of the data owner from a user data storage based on the repository user identifier; removing the repository user identifier in the first set of the user data to generate a second set of the user data; creating a hash of the second set of user data; retrieving, from a hub storage, blockchain IDs that are associated with the GUID of the data owner and using the blockchain IDs to retrieve a hash of a third set of user data from the hub storage or blockchain storage; if the hash of the third set of user data is retrieved from hub storage, validating that the retrieved hash of the third set of user data from the hub storage is identical to a hash of the third set of user data from the blockchain storage; comparing the hash of the second set of user data to the retrieved hash of the third set of user data; and, in the event that the hash of the second set of user data is identical to the retrieved hash of the third set of user data, communicating the first set of user data to the data owner. receiving a first set of user data from a first data repository, the first set of user data having been requested by a data owner, who owns the user data themselves, wherein the first set of user data includes a repository user identifier; retrieving a globally unique user identifier, GUID, of the data owner from a user data storage based on the repository user identifier; removing the repository user identifier in the first set of the user data to generate a second set of the user data; creating a hash of the second set of user data; retrieving, from a hub storage, blockchain IDs that are associated with the GUID of the data owner and using the blockchain IDs to retrieve a hash of a third set of user data from the hub storage or blockchain storage; if the hash of the third set of user data is retrieved from hub storage, validating that the retrieved hash of the third set of user data from the hub storage is identical to a hash of the third set of user data from the blockchain storage; comparing the hash of the second set of user data to the retrieved hash of the third set of user data; and, in the event that the hash of the second set of user data is identical to the retrieved hash of the third set of user data, communicating the first set of user data to the data owner.
A composition comprising an antibody or a nucleic acid encoding the antibody, wherein the antibody recognizes and binds to an amino acid sequence defined by (i) amino acid positions 86-99 of SEQ ID NO: 1, or (ii) amino acid positions 390-403 of SEQ ID NO:1 (human Olfml3 protein), for use in treating a subject having an angiogenic condition selected from cancer or ocular neovascularization,
An active energy ray-curable inkjet magenta ink composition, which comprises: a pigment comprising a metal lake pigment of a rhodamine dye; an active energy ray-curable monomer, wherein the active energy ray-curable monomer comprises a monofunctional monomer and/or a bifunctional monomer; and a resin-type pigment dispersing agent having a urethane skeleton; wherein the content of the metal lake pigment in the magenta ink composition is 0.5 % by weight to 10 % by weight; and the metal lake pigment is selected from the group consisting of Pigment Violet 1, Pigment Violet 1:1, Pigment Violet 2, Pigment Violet 2:2, Pigment Red 81, Pigment Red 81:1, Pigment Red 81:2, Pigment Red 81:3, Pigment Red 81:4, Pigment Red 81:5, Pigment Red 169, and Pigment Red 173. a pigment comprising a metal lake pigment of a rhodamine dye; an active energy ray-curable monomer, wherein the active energy ray-curable monomer comprises a monofunctional monomer and/or a bifunctional monomer; and a resin-type pigment dispersing agent having a urethane skeleton; wherein the content of the metal lake pigment in the magenta ink composition is 0.5 % by weight to 10 % by weight; and the metal lake pigment is selected from the group consisting of Pigment Violet 1, Pigment Violet 1:1, Pigment Violet 2, Pigment Violet 2:2, Pigment Red 81, Pigment Red 81:1, Pigment Red 81:2, Pigment Red 81:3, Pigment Red 81:4, Pigment Red 81:5, Pigment Red 169, and Pigment Red 173.
A single solid carbon fiber which has a metal element content of no more than 50 ppm and a fiber diameter of 0.001 to 2 μm and is not branched, wherein the ratio (L/D) of the fiber length to the fiber diameter is 2 to 1,000, wherein the carbon fiber is made up of graphite which is composed of a plurality of graphenes, the graphenes are bonded together by a carbon bridge at the end of the carbon fiber and the graphene surface of a graphite layer is oriented in the fiber axial direction, wherein the half-value width of the Raman band at 1,580 cm -1 measured by Raman spectroscopy of the exterior surface of the carbon fiber is 25 cm -1 or less, and wherein the R value defined by the following equation measured by Raman spectroscopy of the exterior surface of the carbon fiber is 0.08 to 0.2: R = I 1355 / I 1580 wherein I 1355 and I 1580 are the strengths of the Raman band at 1,355 cm -1 and 1,580 cm -1, respectively.
An aqueous ink comprising a water insoluble coloring material encapsulated with an organic polymer, wherein the coloring material encapsulated with the organic polymer contains the organic polymer in an amount of from 1 to 20 % by weight to the water insoluble coloring material, and a part of the coloring material's surface is substantially exposed, and wherein the ink contains at least one salt selected from the group consisting of (M 2) 2 SO 4, CH 3 COO(M 2), Ph-COO(M 2), (M 2)NO 3, (M 2)Cl, (M 2)Br, (M 2)I, (M 2) 2 SO 3, and (M 2) 2 CO 3, where M 2 is an alkali metal, ammonium, or an organic ammonium, and Ph is a phenyl group, wherein the coloring material is a self-dispersible organic pigment or self-dispersible carbon black encapsulated with the organic polymer, wherein the self-dispersible organic pigment or the self-dispersible carbon black has at least one kind of hydrophilic group at the surface thereof, and the hydrophilic group is bonded directly or through another atomic group to the particle surface, and wherein the hydrophilic group is at least one selected from the group consisting of -COOM 1, -SO 3 M 1, and -PO 3 H(M 1) 2, where M 1 is a hydrogen atom, an alkali metal, ammonium, or an organic ammonium.