mhurhangee/ep-ind-claims huggingface dataset:
A rack system for housing at least one rack-mounted immersion case, comprising a rack frame configured to allow slidable racking and slidable de-racking operations of the at least one rack-mounted immersion case within the rack system, characterized in that: the rack system further comprises at least one collapsible reservoir fluidly connected to the at least one rack-mounted immersion case, the at least one collapsible reservoir being configured to store a liquid and having a first portion (100, 104) connected to the at least one rack-mounted immersion case below an expected level of liquid in the at least one rack-mounted immersion case when the at least one rack-mounted immersion case is in the de-racked position, and a second portion fixedly connected to the rack frame, wherein: the at least one collapsible reservoir is configured to collapse along a racked spaced in response to a racking operation; and the at least one collapsible reservoir is configured to expand along a de-racked space in response to a de-racking operation, the racked and de-racked spaces being defined between a backplane of the at least one rack-mounted immersion case and a backplane of the rack frame, in which the de-racked space is larger than the racked space. the rack system further comprises at least one collapsible reservoir fluidly connected to the at least one rack-mounted immersion case, the at least one collapsible reservoir being configured to store a liquid and having a first portion (100, 104) connected to the at least one rack-mounted immersion case below an expected level of liquid in the at least one rack-mounted immersion case when the at least one rack-mounted immersion case is in the de-racked position, and a second portion fixedly connected to the rack frame, wherein: the at least one collapsible reservoir is configured to collapse along a racked spaced in response to a racking operation; and the at least one collapsible reservoir is configured to expand along a de-racked space in response to a de-racking operation, the at least one collapsible reservoir is configured to collapse along a racked spaced in response to a racking operation; and the at least one collapsible reservoir is configured to expand along a de-racked space in response to a de-racking operation, the racked and de-racked spaces being defined between a backplane of the at least one rack-mounted immersion case and a backplane of the rack frame, in which the de-racked space is larger than the racked space.
A process for the preparation of a methionine α-hydroxy analogue and derivatives thereof of the formula: R'-S-CH2-CH2-CHOH-COO-R wherein R is selected from the group consisting of H, C 1 -C 8 alkyl, alkaline or alkaline-earth metals; and R' is selected from the group consisting of H and methyl; and wherein the process comprises a step of contacting one or more sugars with a metallo-silicate composition in the presence of a compound comprising sulphur of the formula RSR', wherein R and R' have the same meanings as above; and a solvent. wherein R is selected from the group consisting of H, C 1 -C 8 alkyl, alkaline or alkaline-earth metals; and R' is selected from the group consisting of H and methyl; and wherein the process comprises a step of contacting one or more sugars with a metallo-silicate composition in the presence of a compound comprising sulphur of the formula RSR', wherein R and R' have the same meanings as above; and a solvent.
A computer-implemented medical data processing method for determining a positional pattern of an irradiation unit for irradiating a patient with treatment radiation, the irradiation unit being part of a gantry of an irradiation treatment device having an imaging device (1,1') having two imaging units for generating a medical image of the patient, the method comprising executing, on at least one processor of at least one computer, steps of: a) acquiring, at the at least one processor, irradiation unit position data describing irradiation unit positions of the gantry for which the imaging device (1,1') has a free viewing direction onto the position of the patient which is a free line of sight from at least one of the imaging units to the position of the patient, wherein the free line of sight is not impeded by the gantry; b) determining, by the at least one processor and based on the irradiation unit position data, irradiation unit control data describing control signals for controlling the irradiation unit to alternately attain irradiation unit positions described by the irradiation unit position data, characterized in that the free line of sight of each a different one of the two imaging units is impeded by at least part of the gantry in two immediately subsequently attained irradiation unit positions. a) acquiring, at the at least one processor, irradiation unit position data describing irradiation unit positions of the gantry for which the imaging device (1,1') has a free viewing direction onto the position of the patient which is a free line of sight from at least one of the imaging units to the position of the patient, wherein the free line of sight is not impeded by the gantry; b) determining, by the at least one processor and based on the irradiation unit position data, irradiation unit control data describing control signals for controlling the irradiation unit to alternately attain irradiation unit positions described by the irradiation unit position data, characterized in that the free line of sight of each a different one of the two imaging units is impeded by at least part of the gantry in two immediately subsequently attained irradiation unit positions.
Immunogenic composition characterized in that it comprises, firstly, a carrier and, secondly, as antigenic structure, conjugates comprising all or part of the amino acid sequences of at least one peptide derived from an extracellular loop of the P-170 protein, each peptide being combined with at least four molecules of fatty acid containing a carbon chain of between C12 and C24 so as to allow, under suitable administration conditions, the induction of anti-P-170 antibodies, in which the peptides of the conjugates comprise amino acid sequences derived from extracellular loops 1 and 4 or from extracellular loops 1 and 6, or from extracellular loops 1, 4 and 6 of the human P-170 protein, and the carrier chosen consists of liposomes and said peptides of the conjugates are present at the surface of the liposomes.
A method for manufacturing a semiconductor device comprising the steps of: preparing a substrate made of silicon carbide; forming a contact electrode making ohmic contact with said substrate; and forming a pad electrode on and in contact with said contact electrode, the step of forming said contact electrode including the step of performing annealing, said contact electrode formed in the step of forming said contact electrode being made of an alloy containing Ti and Si, said pad electrode formed in the step of forming said pad electrode being maintained at a temperature of 300°C or smaller until completion and separation of said semiconductor device, wherein the step of forming said contact electrode includes the step of forming a thin film including a Ti portion and a Si portion, wherein in the step of performing said annealing, said thin film is locally heated by irradiating said thin film with laser, characterized in that said laser has an energy density of not less than 1.9 J/cm 2 and not more than 2.2 J/cm 2. preparing a substrate made of silicon carbide; forming a contact electrode making ohmic contact with said substrate; and forming a pad electrode on and in contact with said contact electrode, the step of forming said contact electrode including the step of performing annealing, said contact electrode formed in the step of forming said contact electrode being made of an alloy containing Ti and Si, said pad electrode formed in the step of forming said pad electrode being maintained at a temperature of 300°C or smaller until completion and separation of said semiconductor device, wherein the step of forming said contact electrode includes the step of forming a thin film including a Ti portion and a Si portion, wherein in the step of performing said annealing, said thin film is locally heated by irradiating said thin film with laser, characterized in that said laser has an energy density of not less than 1.9 J/cm 2 and not more than 2.2 J/cm 2.
A method performed by a satellite head station (226, 502, 702, 802, 1000) the method comprising: translating a first uplink, UL, tunnel address associated with a core network to a second UL tunnel address associated with the satellite head station, wherein the first and second UL tunnel addresses are each associated with a packet data unit, PDU, session established between the core network and a user equipment device, UE; transmitting the second UL tunnel address to a first satellite base station; and receiving UL data associated with the PDU session from the first satellite base station, wherein a UL tunnel address destination associated with the received UL data is set as the second UL tunnel address. translating a first uplink, UL, tunnel address associated with a core network to a second UL tunnel address associated with the satellite head station, wherein the first and second UL tunnel addresses are each associated with a packet data unit, PDU, session established between the core network and a user equipment device, UE; transmitting the second UL tunnel address to a first satellite base station; and receiving UL data associated with the PDU session from the first satellite base station, wherein a UL tunnel address destination associated with the received UL data is set as the second UL tunnel address.
A LED filament lamp (10, 30, 60) comprising: - a transparent envelope (11, 31, 61) provided with a transparent optical structure (12, 32, 62); - at least one LED filament (13, 14, 38, 68) enclosed by the transparent envelope (11, 31, 61); characterized in that the transparent optical structure (12, 32, 62) comprises a plurality of individually spaced prismatic grooves and/or ridges (17, 37, 67) that are at least partly aligned along a projection of the at least one LED filament (13, 14, 38, 68) on the transparent envelope (11, 31, 61); wherein each prismatic groove and/or ridge of the plurality of individually spaced prismatic grooves and/or ridges (17, 37, 67) comprises a refractive facet oriented at a wedge angle between 5 and 50 degrees with a tangent of the envelope at the location of the respective prismatic groove and/or ridge. - a transparent envelope (11, 31, 61) provided with a transparent optical structure (12, 32, 62); - at least one LED filament (13, 14, 38, 68) enclosed by the transparent envelope (11, 31, 61); characterized in that the transparent optical structure (12, 32, 62) comprises a plurality of individually spaced prismatic grooves and/or ridges (17, 37, 67) that are at least partly aligned along a projection of the at least one LED filament (13, 14, 38, 68) on the transparent envelope (11, 31, 61); wherein each prismatic groove and/or ridge of the plurality of individually spaced prismatic grooves and/or ridges (17, 37, 67) comprises a refractive facet oriented at a wedge angle between 5 and 50 degrees with a tangent of the envelope at the location of the respective prismatic groove and/or ridge.
Decorative device comprising a cavity for accommodating gemstones and/or precious stones, wherein the cavity is at least partially filled with a liquid mixture, a transparent viewing element, through which the cavity is at least partially visible, and at least one gemstone and/or one precious stone, wherein the at least one gemstone and/or precious stone is arranged movably in the liquid mixture by a shaking movement, characterized in that the liquid mixture comprises glycerol and propanediol. a cavity for accommodating gemstones and/or precious stones, wherein the cavity is at least partially filled with a liquid mixture, a transparent viewing element, through which the cavity is at least partially visible, and at least one gemstone and/or one precious stone, wherein the at least one gemstone and/or precious stone is arranged movably in the liquid mixture by a shaking movement, characterized in that the liquid mixture comprises glycerol and propanediol.
An exhaust gas treatment device, comprising: - a housing, comprising an inner volume and an inlet and an outlet, said housing defining a flow path for exhaust gas from said inlet to said outlet; - at least one selective catalytic substrate arranged within said housing, having an outlet face with surface area A and dividing said inner volume in a first sub volume near said inlet and second sub volume near said outlet; - said outlet being at least partially defined by an outlet tube; - said outlet tube extending through an outer wall of said housing and having an internal portion extending into said second sub volume and an external portion extending away from said housing; and - a baffle plate arranged within said second sub volume, dividing said second sub volume in a downstream portion and an upstream portion; - wherein said outlet tube is fixed to said baffle plate at or near a first axial end of said outlet tube; - a sensor device for measuring exhaust gas properties arranged along said external portion of said outlet tube; wherein said baffle plate comprises a first set of baffle plate openings in an area of said baffle plate outside of said first axial end of said outlet tube; and wherein a sidewall of said internal portion of said outlet tube comprises a second set of outlet tube openings; characterised in that: a total surface area defined by said first set of openings is within the range of 0.15A to 0.23A; and a total surface area defined by said second set of openings is within the range of 0.08A to 0.12A. - a housing, comprising an inner volume and an inlet and an outlet, said housing defining a flow path for exhaust gas from said inlet to said outlet; - at least one selective catalytic substrate arranged within said housing, having an outlet face with surface area A and dividing said inner volume in a first sub volume near said inlet and second sub volume near said outlet; - said outlet being at least partially defined by an outlet tube; - said outlet tube extending through an outer wall of said housing and having an internal portion extending into said second sub volume and an external portion extending away from said housing; and - a baffle plate arranged within said second sub volume, dividing said second sub volume in a downstream portion and an upstream portion; - wherein said outlet tube is fixed to said baffle plate at or near a first axial end of said outlet tube; - a sensor device for measuring exhaust gas properties arranged along said external portion of said outlet tube; wherein said baffle plate comprises a first set of baffle plate openings in an area of said baffle plate outside of said first axial end of said outlet tube; and wherein a sidewall of said internal portion of said outlet tube comprises a second set of outlet tube openings; a total surface area defined by said first set of openings is within the range of 0.15A to 0.23A; and a total surface area defined by said second set of openings is within the range of 0.08A to 0.12A.
A chip for a windshield washer system of a vehicle front or rear window, wherein the chip is injection-molded by an injection molding process, the chip being arranged to be inserted into a chip holder of the windshield washer system, wherein the chip has a structure (10, 20, 30) for generating a spray beam, wherein the structure (10, 20, 30) has at an end face of the chip an outlet opening (11, 21, 31) having an opening edge (11.1, 21.1, 31.1), wherein the outlet opening (11, 21, 31) is configured to allow the spray beam to emerge from the chip during operation of the windshield washer nozzle system onto the vehicle front or rear window, characterized in that the opening (11, 21, 31) is delimited by the opening edge (11.1, 21.1, 31.1) all around the complete opening circumference by the chip, and the outlet opening (11, 21, 31) and the opening edge (11.1, 21.1, 31.1) are formed all around and integrally by means of the injection molding process.
A biogel which comprises fibrinogen molecules and a plurality of soluble carriers, wherein each carrier has a plurality of fibrinogen binding peptides immobilised to the carrier, wherein each fibrinogen binding peptide comprises the amino acid sequence NH 2 -G(P,H)RX- (SEQ ID NO: 15) at its amino terminal end, where X is any amino acid, and (P,H) means that either proline or histidine is present at that position, and each molecule of fibrinogen is bound to at least two fibrinogen binding peptides, so that the fibrinogen molecules are linked together via the carriers by non-covalent bonds between the fibrinogen binding peptides and the fibrinogen molecules.
A computer-implemented method when executed by data processing hardware of a robot causes the data processing hardware to perform operations comprising: obtaining a topological map comprising a series of route waypoints (310a, 310b) representative of a navigation route for the robot to follow from a start location to a destination location, wherein navigation by the robot using the navigation route is constrained by a first boundary constraint for the robot, wherein the first boundary constraint for the robot is based on the series of route waypoints (310a, 310b); receiving image data of an environment of the robot from an image sensor; determining, using the image data and the first boundary constraint for the robot, that a route edge that connects a first route waypoint of the series of route waypoints (310a, 310b) to a second route waypoint of the series of route waypoints (310a, 310b) is at least partially blocked by an obstacle; generating, using the image data and the topological map, an alternate waypoint and an alternate edge connecting the alternate waypoint to the first route waypoint; and adjusting the navigation route to include the alternate waypoint and the alternate edge, the alternate waypoint and the alternate edge bypassing the route edge that is at least partially blocked by the obstacle, wherein navigation by the robot using the adjusted navigation route is constrained by a second boundary constraint for the robot, wherein the second boundary constraint for the robot is based on the alternate waypoint (310Aa, 310Ab). obtaining a topological map comprising a series of route waypoints (310a, 310b) representative of a navigation route for the robot to follow from a start location to a destination location, wherein navigation by the robot using the navigation route is constrained by a first boundary constraint for the robot, wherein the first boundary constraint for the robot is based on the series of route waypoints (310a, 310b); receiving image data of an environment of the robot from an image sensor; determining, using the image data and the first boundary constraint for the robot, that a route edge that connects a first route waypoint of the series of route waypoints (310a, 310b) to a second route waypoint of the series of route waypoints (310a, 310b) is at least partially blocked by an obstacle; generating, using the image data and the topological map, an alternate waypoint and an alternate edge connecting the alternate waypoint to the first route waypoint; and adjusting the navigation route to include the alternate waypoint and the alternate edge, the alternate waypoint and the alternate edge bypassing the route edge that is at least partially blocked by the obstacle, wherein navigation by the robot using the adjusted navigation route is constrained by a second boundary constraint for the robot, wherein the second boundary constraint for the robot is based on the alternate waypoint (310Aa, 310Ab).
Method to decompose an organic matrix and selectively extracting methane, carbon dioxide, NPK salts (nitrogen, phosphorus and potassium salt) of various titre and clarified water, characterized in that it includes the following steps: • implementation of a hydrolytic phase, constituted by the fission action by means of the water, by hydration; • implementation of a acidogenesis phase generated by means of specific bacteria; • implementation of a acetogenesis phase generated by means of specific bacteria; • implementation of a methanogenesis phase by means of specific bacteria, with a simultaneous gravimetric separation of a mainly oleic phase, lighter and a predominantly protein phase, heavier; • gravimetric separation of solutions of said NPK salts of different titres • taking of clarified water. • implementation of a hydrolytic phase, constituted by the fission action by means of the water, by hydration; • implementation of a acidogenesis phase generated by means of specific bacteria; • implementation of a acetogenesis phase generated by means of specific bacteria; • implementation of a methanogenesis phase by means of specific bacteria, with a simultaneous gravimetric separation of a mainly oleic phase, lighter and a predominantly protein phase, heavier; • gravimetric separation of solutions of said NPK salts of different titres • taking of clarified water.
Apparatus for filtering leafy debris entrained in flowing water of a pool or spa, the apparatus comprising: a. an inlet; b. a first tube (i) defining an exterior and an interior region and (ii) comprising openings through which water may flow from the exterior to the interior region; c. an outlet in liquid communication with the interior region; d. means for imparting spinning motion to water flowing through the inlet and around the exterior of the first tube, characterized in that it further comprises a second tube: - with an upper end adjacent a lower end of said first tube, - defining an exterior around which water that flowed through the inlet but not through the openings of said first tube may flow, - defining an interior region, - comprising openings through which water may flow from its exterior to its interior region. a. an inlet; b. a first tube (i) defining an exterior and an interior region and (ii) comprising openings through which water may flow from the exterior to the interior region; c. an outlet in liquid communication with the interior region; d. means for imparting spinning motion to water flowing through the inlet and around the exterior of the first tube, characterized in that it further comprises a second tube: - with an upper end adjacent a lower end of said first tube, - defining an exterior around which water that flowed through the inlet but not through the openings of said first tube may flow, - defining an interior region, - comprising openings through which water may flow from its exterior to its interior region. - with an upper end adjacent a lower end of said first tube, - defining an exterior around which water that flowed through the inlet but not through the openings of said first tube may flow, - defining an interior region, - comprising openings through which water may flow from its exterior to its interior region.
Injection nozzle for injecting a reducing agent into the exhaust gas flow of an internal combustion engine for selective catalytic reduction, wherein the injection nozzle 100) includes an outer nozzle jacket, an inner body arranged in the nozzle jacket and a nozzle head having at least one outlet opening, wherein the nozzle jacket has a reduction agent inlet and between the nozzle jacket and the inner body is formed at least one flow channel running from the reduction agent inlet to the nozzle head, wherein the injection nozzle has at least one heating element, characterised in that the flow channel is formed at least partially by a thread, in particular a single thread or multiple thread, around the inner body from the reduction agent inlet of the nozzle head, wherein the flow channel is formed by several portions, connected to one another in axial direction of the extension of the inner body, of screw lines of different thread pitches running around the inner body.