mhurhangee/ep-ind-claims huggingface dataset:
A vessel comprising a vessel hull, a stern drive arrangement including a marine engine disposed in the vessel hull, and a marine engine cooling system, wherein the marine engine cooling system, comprises: a raw water passageway having a raw water intake (20, 120) for drawing raw water into the raw water passageway, and including a conduit (22, 122) arranged to have a vertically high point and a vertically low point, wherein the marine engine cooling system is configured to be arranged in the vessel with the vertically high point located above a waterline of the vessel, and with the vertically low point located where gravity will cause the raw water within the cooling system to flow; a drain valve connected to the raw water passageway at the conduit vertically low point; a vent line connected to the raw water passageway at the conduit vertically high point; and, a control handle (50, 450) located remote from the conduit vertically high point and the conduit vertically low point, the control handle (50, 450) being operatively connected to an air vent valve connected to the vent line, wherein actuating movement of the control handle (50, 450) selectively opens and closes the air vent valve. a raw water passageway having a raw water intake (20, 120) for drawing raw water into the raw water passageway, and including a conduit (22, 122) arranged to have a vertically high point and a vertically low point, wherein the marine engine cooling system is configured to be arranged in the vessel with the vertically high point located above a waterline of the vessel, and with the vertically low point located where gravity will cause the raw water within the cooling system to flow; a drain valve connected to the raw water passageway at the conduit vertically low point; a vent line connected to the raw water passageway at the conduit vertically high point; and, a control handle (50, 450) located remote from the conduit vertically high point and the conduit vertically low point, the control handle (50, 450) being operatively connected to an air vent valve connected to the vent line, wherein actuating movement of the control handle (50, 450) selectively opens and closes the air vent valve.
A multilayer porous transport layer based on a plurality of sintered porous layers (4, 8, 10) having a permeability for gaseous and liquid substances in an electrochemical cell; said multilayer porous transport layer being suited to be assembled between a bipolar plate and a catalyst layer of the electrochemical cell, comprising: a) at least a first porous layer (8, 10) and a second porous layer comprising irregularly shaped particles of a conductive material wherein the mean particle size decreases from layer to layer, and wherein the irregularly shape particles are defined by having an irregularity parameter IP=D/d smaller than 5 and a roundness RN=P 2 /4πA greater than 1.2 wherein: i) D is the diameter of the smallest possible circle surrounding a 2D projection of the particle; ii) d is the diameter of the biggest possible circle laying completely inside the 2D projection of the particle; iii) P is the perimeter of the 2D projection of the particle; and iv) A is the area of the 2D projection of the particle; and b) the first porous layer (8, 10) and the second layer are made from sintered irregularly shaped particles of the conductive material, wherein the first porous layer (8, 10) having a contact surface being enabled to be oriented towards a catalyst layer of the electrochemical cell has a smaller mean particle size than the second porous layer having a contact surface being enabled to be oriented towards a bipolar plate of the electrochemical cell. a) at least a first porous layer (8, 10) and a second porous layer comprising irregularly shaped particles of a conductive material wherein the mean particle size decreases from layer to layer, and wherein the irregularly shape particles are defined by having an irregularity parameter IP=D/d smaller than 5 and a roundness RN=P 2 /4πA greater than 1.2 wherein: i) D is the diameter of the smallest possible circle surrounding a 2D projection of the particle; ii) d is the diameter of the biggest possible circle laying completely inside the 2D projection of the particle; iii) P is the perimeter of the 2D projection of the particle; and iv) A is the area of the 2D projection of the particle; and i) D is the diameter of the smallest possible circle surrounding a 2D projection of the particle; ii) d is the diameter of the biggest possible circle laying completely inside the 2D projection of the particle; iii) P is the perimeter of the 2D projection of the particle; and iv) A is the area of the 2D projection of the particle; and b) the first porous layer (8, 10) and the second layer are made from sintered irregularly shaped particles of the conductive material, wherein the first porous layer (8, 10) having a contact surface being enabled to be oriented towards a catalyst layer of the electrochemical cell has a smaller mean particle size than the second porous layer having a contact surface being enabled to be oriented towards a bipolar plate of the electrochemical cell.
Vehicle seat, in particular airplane seat, with at least one seat device featuring at least one seat unit which comprises at least one seat bottom unit provided as a sitting surface for a passenger sitting on the seat unit, featuring a backrest unit, which is supported pivotably at the seat bottom unit, and featuring a bench unit which has at least one bench unit surface, the bench unit surface being embodied as a lie-down surface, wherein the bench unit is arranged on a side of the seat unit in a transverse direction that is oriented at least substantially perpendicularly to the seat unit longitudinal direction, wherein the bench unit comprises, in at least one sitting position, at least one bench unit portion protruding over the seat unit rearwards with respect to the seat unit longitudinal direction, characterised in that the bench unit surface of the bench unit forms together with at least the seat bottom unit of the seat unit, in at least one sitting position, a lie-down surface for a passenger.
A cosmetic method for improved removal of toxins from the skin and subcutaneous fatty tissue comprising (i) an extracting treatment selected from (ia) body wrap, mask, clay mask, bath salts, mud bath and bath soak, (ib) transpiration induced by heat, exercise, electrical stimulation, mechanical stimulation, occlusion or reverse iontophoresis and (ii) the application of a topical composition comprising at least one cellular detoxification inducer, wherein said cellular detoxification inducer is (iia) a substance to induce a phase II detoxification enzyme selected from isothiocyanates, diphenols, thiocarbamates, 1,2-dithol-3-thiones, indole-3-carbinol, Sulforaphane, Brassicaceae extract, Lepidium Sativum (Garden cress) sprout extract, Xymenynic acid, Curcurma Longa root extract, Schizandra Chinensis fruit oil, Hemlock Leaf extract, Limnanthes alba seed oil, citrus triterpenoids or Ellagic acid, or wherein said cellular detoxification inducer is (iib) a substance to increase phase III detoxification selected from encapsulated magnesium chloride, encapsulated salt, encapsulated sea salt, sea salt, encapsulated salt extract, encapsulated sea salt extract, Hypericum perforatum extract or Camellia Sinensis leaf extract. (i) an extracting treatment selected from (ia) body wrap, mask, clay mask, bath salts, mud bath and bath soak, (ib) transpiration induced by heat, exercise, electrical stimulation, mechanical stimulation, occlusion or reverse iontophoresis and (ii) the application of a topical composition comprising at least one cellular detoxification inducer, wherein said cellular detoxification inducer is (iia) a substance to induce a phase II detoxification enzyme selected from isothiocyanates, diphenols, thiocarbamates, 1,2-dithol-3-thiones, indole-3-carbinol, Sulforaphane, Brassicaceae extract, Lepidium Sativum (Garden cress) sprout extract, Xymenynic acid, Curcurma Longa root extract, Schizandra Chinensis fruit oil, Hemlock Leaf extract, Limnanthes alba seed oil, citrus triterpenoids or Ellagic acid, or wherein said cellular detoxification inducer is (iib) a substance to increase phase III detoxification selected from encapsulated magnesium chloride, encapsulated salt, encapsulated sea salt, sea salt, encapsulated salt extract, encapsulated sea salt extract, Hypericum perforatum extract or Camellia Sinensis leaf extract.
A water supply system comprising: - a central water supply, - a plurality of water taps; - an operation device located at one water tap, - a piping system connecting the central water supply and the plurality of water taps, the piping system comprising a separate flow path from the central water supply to each water tap; and - a controller for individually controlling a flow of water from the central water supply to the plurality of water taps and individually controlling an outlet temperature of the flow of water at an outlet of the central water supply; the controller comprising a flow regulator for each water tap, the flow regulator being configured for controlling both the flow of water and the outlet temperature of the flow of water; wherein the controller is located at the central water supply, and wherein the controller is operable via the operation device at the water tap and is configured to control the flow of water and the outlet temperature based on a received demand from the operation device. - a central water supply, - a plurality of water taps; - an operation device located at one water tap, - a piping system connecting the central water supply and the plurality of water taps, the piping system comprising a separate flow path from the central water supply to each water tap; and - a controller for individually controlling a flow of water from the central water supply to the plurality of water taps and individually controlling an outlet temperature of the flow of water at an outlet of the central water supply; the controller comprising a flow regulator for each water tap, the flow regulator being configured for controlling both the flow of water and the outlet temperature of the flow of water;
A method in a branch prediction unit for prediction of a next taken branch instruction in a processing unit comprising the branch prediction unit, the method comprises: - receiving a program counter corresponding to the address of an instruction; - determining a search program counter based on the received program counter; - by means of the search program counter, finding in a pattern history memory at least one branch indicator configured to indicate at least one predicted taken branch instruction that is comprised in an execution path; - selecting a first found branch indicator as an indication of a first predicted taken branch instruction in an execution path; - by means of the first found branch indicator, retrieving from the pattern history memory, a branch source address of the first predicted taken branch instruction; and characterized by - repeating the finding, selecting and retrieving steps until all entries in the pattern history memory have been visited or until the retrieved branch source address matches the address of the search program counter, - indexing a branch target buffer by means of the retrieved branch source address; - outputting a branch target retrieved from the branch target buffer as a next program counter; and - stopping prediction of a next taken branch instruction. - receiving a program counter corresponding to the address of an instruction; - determining a search program counter based on the received program counter; - by means of the search program counter, finding in a pattern history memory at least one branch indicator configured to indicate at least one predicted taken branch instruction that is comprised in an execution path; - selecting a first found branch indicator as an indication of a first predicted taken branch instruction in an execution path; - by means of the first found branch indicator, retrieving from the pattern history memory, a branch source address of the first predicted taken branch instruction; and characterized by - repeating the finding, selecting and retrieving steps until all entries in the pattern history memory have been visited or until the retrieved branch source address matches the address of the search program counter, - indexing a branch target buffer by means of the retrieved branch source address; - outputting a branch target retrieved from the branch target buffer as a next program counter; and - stopping prediction of a next taken branch instruction. - indexing a branch target buffer by means of the retrieved branch source address; - outputting a branch target retrieved from the branch target buffer as a next program counter; and - stopping prediction of a next taken branch instruction.
An expandable medical device, comprising: an esophageal stent including an expandable tubular scaffold, the scaffold including a central longitudinal axis, a first end, a second end, an inner surface and an outer surface, the scaffold having struts, wherein openings or interstices through a wall of the scaffold are defined between adjacent struts; a flexible valve extending radially inward from the inner surface of the scaffold; an outer layer disposed along the outer surface of the scaffold, wherein the outer layer spans one or more of the openings or interstices between the struts, wherein the outer layer extends from the first end of the scaffold to the second end of the scaffold; an inner layer disposed along the inner surface of the scaffold, wherein the inner layer spans one or more of the openings or interstices between the struts, wherein the inner layer extends from the first end of the scaffold to the second end of the scaffold; wherein the inner layer and the outer layer extend into the openings between the struts and form an interface region; wherein the valve is formed from a portion of the inner layer extending inwardly toward the central longitudinal axis, wherein the valve is configured to shift from a closed configuration to an open configuration; wherein the valve includes an annular chamber extending circumferentially around the inner surface of the scaffold, the annular chamber defined between the inner layer and the outer layer. an esophageal stent including an expandable tubular scaffold, the scaffold including a central longitudinal axis, a first end, a second end, an inner surface and an outer surface, the scaffold having struts, wherein openings or interstices through a wall of the scaffold are defined between adjacent struts; a flexible valve extending radially inward from the inner surface of the scaffold; an outer layer disposed along the outer surface of the scaffold, wherein the outer layer spans one or more of the openings or interstices between the struts, wherein the outer layer extends from the first end of the scaffold to the second end of the scaffold; an inner layer disposed along the inner surface of the scaffold, wherein the inner layer spans one or more of the openings or interstices between the struts, wherein the inner layer extends from the first end of the scaffold to the second end of the scaffold; wherein the inner layer and the outer layer extend into the openings between the struts and form an interface region; wherein the valve is formed from a portion of the inner layer extending inwardly toward the central longitudinal axis, wherein the valve is configured to shift from a closed configuration to an open configuration; wherein the valve includes an annular chamber extending circumferentially around the inner surface of the scaffold, the annular chamber defined between the inner layer and the outer layer.
The use of an adhesion promotor P for improving adhesion on a substrate surface of a Real Michael Addition crosslinkable coating composition comprising a reactive component A with at least two acidic protons C-H in activated methylene or methine groups, a reactive component B with at least two activated unsaturated C=C groups, a catalyst C for catalyzing the RMA crosslinking reaction between components A and B, optionally a reactivity moderator D and optionally an organic solvent T, said adhesion promotor P comprising a moiety comprising one or more functional groups X or precursors thereof reactable with component A or component B and a moiety comprising one or more functional groups Y or precursors thereof that adsorb or react with the substrate surface not being an alkoxysilane group.
A pharmaceutical composition for use in treating adenoid cystic carcinoma in a subject in need thereof, wherein the pharmaceutical composition comprises a benzenesulfonamide derivative or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier, wherein the benzenesulfonamide derivative is represented by formula: or a pharmaceutically acceptable salt thereof, wherein R1 to R7 are independently selected from the group consisting of H, a C1-C6 linear or branched alkyl group, a C1-C6 linear or branched alkoxy group, a C3-C6 cycloalkyl group, a C3-C6 cycloheteroalkyl group, an amino group, and a halo group, or R6 and R7 are linked to each other to form a ring, and wherein the alkyl, alkoxy, cycloalkyl, cycloheteroalkyl groups and the ring are unsubstituted or substituted with one or more substituents. wherein R1 to R7 are independently selected from the group consisting of H, a C1-C6 linear or branched alkyl group, a C1-C6 linear or branched alkoxy group, a C3-C6 cycloalkyl group, a C3-C6 cycloheteroalkyl group, an amino group, and a halo group, or R6 and R7 are linked to each other to form a ring, and wherein the alkyl, alkoxy, cycloalkyl, cycloheteroalkyl groups and the ring are unsubstituted or substituted with one or more substituents.
Device for the detection of optically inactive substances in a mixture with compounds optically active with respect to fluorescence and Raman scattering, with - a laser light source, a conventional radiation source and/or semiconductor light emitting diodes for irradiating light for substance detection by inducing optical activity, - a sensor system for measuring optical activity in the form of fluorescence or Raman scattering, whereby spectra generated by fluorescence and Raman scattering are used for chemical material identification, and - a reflecting layer on which at least part of the incident light or additionally incident light from a further light source impinges, wherein the layer diffusely reflects the incident light and the light reflected by this layer being used to detect optically inactive substances, by measuring the light reduction of the reflected light due to shadowing by the inactive substance, wherein as a distinguishing feature between optically active and optically inactive substances is used the fact that the spectra of the diffusely scattered light and those of the incident light are identical, and an optically inactive substance is detected by shadowing in which fluorescence and/or Raman radiation is not measured simultaneously, characterised in that, the reflective layer is arranged on a background plate on the side facing the incident optical radiation. - a laser light source, a conventional radiation source and/or semiconductor light emitting diodes for irradiating light for substance detection by inducing optical activity, - a sensor system for measuring optical activity in the form of fluorescence or Raman scattering, whereby spectra generated by fluorescence and Raman scattering are used for chemical material identification, and - a reflecting layer on which at least part of the incident light or additionally incident light from a further light source impinges, wherein the layer diffusely reflects the incident light and the light reflected by this layer being used to detect optically inactive substances, by measuring the light reduction of the reflected light due to shadowing by the inactive substance, wherein as a distinguishing feature between optically active and optically inactive substances is used the fact that the spectra of the diffusely scattered light and those of the incident light are identical, and an optically inactive substance is detected by shadowing in which fluorescence and/or Raman radiation is not measured simultaneously,
Condensate trap for an extractor hood device for discharging exhaust air, the inner wall (12.1.2) of which limits an clear flow cross section (18.1) and said condensate trap comprising a connecting portion (12.1) for connection, in a flow-conducting manner, to an air duct and a condensate collecting portion (12.2) which comprises a catch trough (12.3) for receiving the condensate flowing down the outer wall (12.1.1) of the condensate trap and a collecting tray (12.4) for receiving the condensate flowing down the inner wall (12.1.2) of the condensate trap, and can be coupled to the extractor hood device in a flow-conducting manner, the catch trough (12.3) and the collecting tray (12.4) each being arranged on the condensate collecting portion (12.2), outside the clear flow cross section (18.1), characterised in that the catch trough (12.3) is connected in a condensate-conducting manner to the side of the condensate collecting portion (12.2) which faces the clear flow cross section (18.1) of the condensate trap.
Installation box comprising a box body and a cover, a. wherein the box body comprises a box base and, adjacent to the box base, a box wall, said box base and said box wall forming an installation space; b. an installation opening which permits access to the installation space and in an assembled state is closed by the cover being situated opposite the box base; c. the box base and/or the cover on an assembly side that faces away from the installation space comprise a recess in which a magnet is arranged which is releasably held by a fastening means and serves for temporarily fastening the installation box to a shuttering wall; d. wherein the magnet by way of a stud is operatively connected to the fastening means, characterized in that the fastening means in a retrieval direction of the magnet interacts with the latter by way of an undercut which in the retrieval direction holds the magnet until a defined force level is reached and thereafter releases said magnet. a. wherein the box body comprises a box base and, adjacent to the box base, a box wall, said box base and said box wall forming an installation space; b. an installation opening which permits access to the installation space and in an assembled state is closed by the cover being situated opposite the box base; c. the box base and/or the cover on an assembly side that faces away from the installation space comprise a recess in which a magnet is arranged which is releasably held by a fastening means and serves for temporarily fastening the installation box to a shuttering wall; d. wherein the magnet by way of a stud is operatively connected to the fastening means, characterized in that the fastening means in a retrieval direction of the magnet interacts with the latter by way of an undercut which in the retrieval direction holds the magnet until a defined force level is reached and thereafter releases said magnet.