mhurhangee/ep-ind-claims huggingface dataset:
Rollo assembly intended for use in a roof system for a vehicle, comprising a rotatable winding shaft (8, 42) accommodated in a rollo housing, a rollo screen of which a rear end (10") can be wound on or off said winding shaft to enable the rollo screen to move between an open and closed position and of which an opposite forward end is provided with an operating beam to move the rollo screen between the open and closed position, and opposite guide channels for holding opposite side edges of the rollo screen and guiding them in a longitudinal direction, wherein each end portion of the guide channels adjacent to the rollo housing includes a lower wall part formed by a respective guide rail and an upper wall part formed by a guide part which belongs to or is fixed to the rollo housing, wherein the length of the guide parts is shorter than the length of the guide channels, characterized in that a free end of the guide part facing away from the rollo housing abuts an upper part of the guide channel formed by the guide rail.
Method for controlling a measuring system comprising at least one mass spectrometer, wherein a database is provided, comprising information regarding at least a part of the measurement objects to be measured, and regarding at least a part of the measurement data (d 1, d 2, d 3) that can be recorded during measurement experiments carried out by the measuring system, and comprising information regarding relationships between at least a part of the measurement data (d 1, d 2, d 3); during the course of a measurement experiment over time, - recorded measurement data (d 1, d 2, d 3) are automatically evaluated, wherein the evaluation comprises a determination of relationships between at least a part of the recorded measurement data (d 1, d 2, d 3); - at least one query is made to the database in order to obtain information regarding recorded measurement objects using the determined relationships; and - the measuring system is controlled according to the information regarding recorded measurement objects and/or measurement data (d 1, d 2, d 3); wherein the measurement objects to be measured comprise biopolymers and/or the derivatives thereof and wherein at least a part of the masses of biopolymer fragments of a fragment spectrum and at least a part of the mass differences between the biopolymer fragments are used as query parameters when the query is made to the database, wherein, by means of the query to the database, possible candidates for unelucidated sequence portions of the biopolymers are determined that result from mass-spectrometric fragmentation, wherein, depending on the determined unelucidated sequence portions, - precursors for further fragmentation are identified, - fragmentation methods are selected and/or varied and/or - fragmentation parameters are adjusted and/or varied. - recorded measurement data (d 1, d 2, d 3) are automatically evaluated, wherein the evaluation comprises a determination of relationships between at least a part of the recorded measurement data (d 1, d 2, d 3); - at least one query is made to the database in order to obtain information regarding recorded measurement objects using the determined relationships; and - the measuring system is controlled according to the information regarding recorded measurement objects and/or measurement data (d 1, d 2, d 3); wherein the measurement objects to be measured comprise biopolymers and/or the derivatives thereof and wherein at least a part of the masses of biopolymer fragments of a fragment spectrum and at least a part of the mass differences between the biopolymer fragments are used as query parameters when the query is made to the database, - precursors for further fragmentation are identified, - fragmentation methods are selected and/or varied and/or - fragmentation parameters are adjusted and/or varied.
Animal litter with an aggregate of granules, wherein each of the granules comprises a granular substrate provided with inorganic porous material, a hydraulic binder and a soluble thickener, wherein the granule is provided with the granular substrate as a main component with addition of the binder and the thickener, wherein the thickener comprises at least one of water-soluble cellulose and modified cellulose, wherein the binder includes or is a cementitious binder, wherein the granular substrate includes a zeolitic material, and wherein the granule contains the binder of 20% or less by mass and the thickener of 1% or less by mass.
An electronic device comprising: a first graphics subsystem; a second graphics subsystem; a frame buffer interconnected with both of said first graphics subsystem and said second graphics subsystem; a display interconnected with said frame buffer for displaying frames rendered into said frame buffer; a processor; and at least one power controller (60,70); characterized in that: each of said first graphics subsystem and said second graphics subsystem operable to render at least portions of frames into said frame buffer; said processor and said at least one power controller causing said device to transition from a first mode in which said first graphics subsystem and said second graphics subsystem operate in concert to render frames into said frame buffer, to a second mode in which said first graphics subsystem solely renders frames into said frame buffer, and said second graphics subsystem is placed in a lower power consumption mode. a first graphics subsystem; a second graphics subsystem; a frame buffer interconnected with both of said first graphics subsystem and said second graphics subsystem; a display interconnected with said frame buffer for displaying frames rendered into said frame buffer; a processor; and at least one power controller (60,70); characterized in that: each of said first graphics subsystem and said second graphics subsystem operable to render at least portions of frames into said frame buffer; said processor and said at least one power controller causing said device to transition from a first mode in which said first graphics subsystem and said second graphics subsystem operate in concert to render frames into said frame buffer, to a second mode in which said first graphics subsystem solely renders frames into said frame buffer, and said second graphics subsystem is placed in a lower power consumption mode. each of said first graphics subsystem and said second graphics subsystem operable to render at least portions of frames into said frame buffer; said processor and said at least one power controller causing said device to transition from a first mode in which said first graphics subsystem and said second graphics subsystem operate in concert to render frames into said frame buffer, to a second mode in which said first graphics subsystem solely renders frames into said frame buffer, and said second graphics subsystem is placed in a lower power consumption mode.
An ophthalmic laser treatment system comprising: a first beam path incorporating a laser module for producing a beam of short pulses of radiation with high energy density at a first wavelength and along a beam direction, and a beam attenuator means downstream said laser module; a second beam path; a third beam path; an optical switching means allowing alternatively directing the beam from the first beam path into the second beam path or into the third beam path; said second beam path incorporating a beam expander for expanding said beam of short pulses at said first wavelength; said third beam path incorporating downstream of the optical switching means a frequency doubling module, preferably comprising a non-linear crystal such as a KTP doubling crystal; and means (20, 22, 23) for directing the beam of the second and third beam path (2, 3) into the eye of a patient, characterized in, that the optical switching means is arranged downstream of said beam attenuator means; the third beam path comprises a beam shaping module upstream of said frequency doubling module; the system lacks a further beam attenuator means and hence any beam attenuation in the third beam path is solely controllable by said beam attenuator means in the first beam path; and the frequency doubling module comprises a temperature stabilizing component for stabilizing the temperature of a frequency doubling element of the frequency doubling module at a temperature around 30°C. a first beam path incorporating a laser module for producing a beam of short pulses of radiation with high energy density at a first wavelength and along a beam direction, and a beam attenuator means downstream said laser module; a second beam path; a third beam path; an optical switching means allowing alternatively directing the beam from the first beam path into the second beam path or into the third beam path; said second beam path incorporating a beam expander for expanding said beam of short pulses at said first wavelength; said third beam path incorporating downstream of the optical switching means a frequency doubling module, preferably comprising a non-linear crystal such as a KTP doubling crystal; and means (20, 22, 23) for directing the beam of the second and third beam path (2, 3) into the eye of a patient, characterized in, that the optical switching means is arranged downstream of said beam attenuator means; the third beam path comprises a beam shaping module upstream of said frequency doubling module; the system lacks a further beam attenuator means and hence any beam attenuation in the third beam path is solely controllable by said beam attenuator means in the first beam path; and the frequency doubling module comprises a temperature stabilizing component for stabilizing the temperature of a frequency doubling element of the frequency doubling module at a temperature around 30°C.
A method for deselecting one or more human embryos with poor developmental potential comprising: in vitro culturing one or more embryos under conditions sufficient for embryo development; time lapse imaging said one or more embryos for a time period sufficient to measure at least one cell division; and deselecting an embryo with poor developmental potential when the embryo displays an abnormal phenotype at the second cleavage thereby deselecting an embryo with poor developmental potential, wherein the embryo with poor developmental potential is not likely to reach the blastocyst stage or successfully implant into the uterus. in vitro culturing one or more embryos under conditions sufficient for embryo development; time lapse imaging said one or more embryos for a time period sufficient to measure at least one cell division; and deselecting an embryo with poor developmental potential when the embryo displays an abnormal phenotype at the second cleavage
A nutmeg extract extracted from nutmeg with an aqueous solution of 10-30% ethanol, wherein the nutmeg extract is produced by further removing myristicin from the nutmeg extract by adsorption using an ion-exchange resin such that the nutmeg extract comprises 0.1 wt% or less of the toxic substance myristicin and comprises at least one lignan compound selected from nectandrin B, nectandrin A, fragransin C1, verrucosin, saucernetin and tetrahydrofuroguaiacin.
A map display device that displays a map image around a vehicle position, comprising: display means; first storage means storing map data including road data of a road and a street name related to the road; second storage means storing adjustment data indicative of a relationship between a display position of the road data and a display position of the street name; and characterised by map display control means for calculating the display position of the street name related to the road on the basis of the adjustment data for the individual road, and displaying the street name on a screen of the display means, wherein a road width when the road is displayed on the screen of the display means is determined in accordance with the number of lanes and a road type of the road, and wherein the adjustment data is a distance between the display position of the road and the display position of the street name, and is determined in accordance with the road width of the road. display means; first storage means storing map data including road data of a road and a street name related to the road; second storage means storing adjustment data indicative of a relationship between a display position of the road data and a display position of the street name; and characterised by map display control means for calculating the display position of the street name related to the road on the basis of the adjustment data for the individual road, and displaying the street name on a screen of the display means, wherein a road width when the road is displayed on the screen of the display means is determined in accordance with the number of lanes and a road type of the road, and wherein the adjustment data is a distance between the display position of the road and the display position of the street name, and is determined in accordance with the road width of the road.
Dishwasher, in particular domestic dishwasher, having a washing compartment, of which the loading opening can be closed by a door, and having a determination device for determining the position of the door, wherein the determination device comprises a signal transmitter and a signal receiver, wherein a movably mounted element is provided in or on the washing compartment, in and/or on which the signal transmitter or the signal receiver of the determination device for determining the position of the door, in particular the closed end position of said door, is arranged, characterised in that - a cavity, in particular a closing trough, in and/or on the door, in particular positionally corresponding in the closed end position of the door, is assigned to the movably mounted element, - the cavity, in particular closing trough, has on its front wall edge, which is nearer to the front of the door, a shallower slope than on its rear wall edge, which is further from the front of the door, and - the free end of the movably mounted element has on its contact surface facing toward the interior of the washing compartment a steeper slope than on its contact surface facing away from the interior of the washing compartment. - a cavity, in particular a closing trough, in and/or on the door, in particular positionally corresponding in the closed end position of the door, is assigned to the movably mounted element, - the cavity, in particular closing trough, has on its front wall edge, which is nearer to the front of the door, a shallower slope than on its rear wall edge, which is further from the front of the door, and - the free end of the movably mounted element has on its contact surface facing toward the interior of the washing compartment a steeper slope than on its contact surface facing away from the interior of the washing compartment.
Manufacturing method of a flywheel comprising the following steps: - cutting a disk from a sheet metal, - drawing a central projecting part of the disk by means of at least one punch with a spherical head in such a way to obtain a central projecting part of the disk with a spherical head that projects from a flat part of the disk, - flattening the spherical head of the central projecting part of the disk, in such a way to obtain a flat head, - drilling the flat head of the central projecting part of the disk, in such a way to obtain a through axial hole, with a collar formed by the edge of the flat head around the through axial hole; - bending the edges of the flat head around the through hole and extruding a cylindrical shank in such a way to obtain a hole with constant diameter and bend the peripheral edges of the disk, in such a way to obtain a bent peripheral edge, and - cutting slots (118, 119) in a flat portion of the disk between the central projecting portion and the bent peripheral edge, wherein said step of bending the edges of the flat head of the disk is performed by means of a punch having a cylindrical body with a head shaped as a spherical cap and a die having a cylindrical insert with an axial channel facing the head of the punch, wherein the head shaped as a spherical cap enters the axial channel of the cylindrical insert of the die, consequently, the cylindrical shank is extruded, i.e. the edges of the flat head around the hole are bent in such a way to obtain a hole with constant diameter. - cutting a disk from a sheet metal, - drawing a central projecting part of the disk by means of at least one punch with a spherical head in such a way to obtain a central projecting part of the disk with a spherical head that projects from a flat part of the disk, - flattening the spherical head of the central projecting part of the disk, in such a way to obtain a flat head, - drilling the flat head of the central projecting part of the disk, in such a way to obtain a through axial hole, with a collar formed by the edge of the flat head around the through axial hole; - bending the edges of the flat head around the through hole and extruding a cylindrical shank in such a way to obtain a hole with constant diameter and bend the peripheral edges of the disk, in such a way to obtain a bent peripheral edge, and - cutting slots (118, 119) in a flat portion of the disk between the central projecting portion and the bent peripheral edge,
A unit dose composition, comprising: (a) a container formed from a water-soluble or water-dispersible film material; and d) a liquid composition comprising: (i) a solvent system comprising water and at least one non-aqueous solvent, wherein said solvent system totals from about 15% to about 75% by weight of the liquid composition; (ii) an ethoxylated fatty acid in an amount of about 2% to about 40% by weight of the liquid composition; and (iii) a beneficial composition; wherein the container entraps the liquid composition, wherein the liquid composition comprises water in an amount from about 7.5% to about 30% by weight based on the total weight of the liquid composition, and wherein the term about includes the recited number ±10%. (a) a container formed from a water-soluble or water-dispersible film material; and d) a liquid composition comprising: (i) a solvent system comprising water and at least one non-aqueous solvent, wherein said solvent system totals from about 15% to about 75% by weight of the liquid composition; (ii) an ethoxylated fatty acid in an amount of about 2% to about 40% by weight of the liquid composition; and (iii) a beneficial composition; wherein the container entraps the liquid composition, wherein the liquid composition comprises water in an amount from about 7.5% to about 30% by weight based on the total weight of the liquid composition, and wherein the term about includes the recited number ±10%. (i) a solvent system comprising water and at least one non-aqueous solvent, wherein said solvent system totals from about 15% to about 75% by weight of the liquid composition; (ii) an ethoxylated fatty acid in an amount of about 2% to about 40% by weight of the liquid composition; and (iii) a beneficial composition;
Grid arrangement (101, 102) for a plate-shaped battery electrode (104, 105) of an electrochemical storage battery, comprising a frame (117, 118, 119, 120) and a grid arranged thereon, wherein the frame (117, 118, 119, 120) comprises at least one upper frame element, on the side of which that faces away from the grid a connecting lug of the battery electrode (104, 105) is arranged, wherein the grid comprises grid bars (11 to 16), which each surround cut-outs (1, 2, 3) in the grid, the majority of the grid bars (11 to 16) that surround the cut-outs (1, 2, 3) being arranged in a respective hexagonal arrangement such that the cut-out (1, 2, 3) lying in between forms a hexagon, characterized by the following features: - none of the grid bars (11 to 16) of the hexagonal cut-outs (1, 2, 3) runs parallel to the upper frame element; and - none of the grid bars (11 to 16) of the hexagonal cut-outs (1, 2, 3) runs perpendicularly to the upper frame element; and optionally one or more or all of the following features: - the grid arrangement is coated with a pasty, active compound, on which liquid-absorbing material which is designed to absorb a liquid electrolyte of the storage battery is arranged; - the size of the hexagonal cut-outs (1, 2, 3) increases towards the upper frame element; - the grid bars of all the hexagonal cut-outs (1, 2, 3) have the same width or the same cross-sectional area. - none of the grid bars (11 to 16) of the hexagonal cut-outs (1, 2, 3) runs parallel to the upper frame element; and - none of the grid bars (11 to 16) of the hexagonal cut-outs (1, 2, 3) runs perpendicularly to the upper frame element; - the grid arrangement is coated with a pasty, active compound, on which liquid-absorbing material which is designed to absorb a liquid electrolyte of the storage battery is arranged; - the size of the hexagonal cut-outs (1, 2, 3) increases towards the upper frame element; - the grid bars of all the hexagonal cut-outs (1, 2, 3) have the same width or the same cross-sectional area.
Cleaning nozzle device, comprising a holder for fixing the cleaning nozzle device, a fluid nozzle device which is arranged on the holder and by means of which a surface to be cleaned can be acted upon with fluid, a first acting device which is arranged on the holder and by which the surface to be cleaned can be acted upon by mechanical contact, and a second acting device which is arranged on the holder and by which the surface to be cleaned can be acted upon by mechanical contact, the second acting device being movable relative to the first acting device, with a fixable first position of the second acting device relative to the first acting device, which is an operating position for the first acting device, and with a fixable second position of the second acting device relative to the first acting device, which is an operating position for the second acting device, characterized by at least one fixable third position of the second acting device relative to the first acting device, which lies between the first position and the second position, and which is an operating position for both the first acting device and the second acting device and/or in which by setting an angular position of the holder relative to the surface to be cleaned it is possible to set whether the first acting device or the second acting device contacts the surface to be cleaned.
An open roof construction for a vehicle having a roof opening in a fixed roof portion, comprising: a stationary part for attaching the open roof construction to the fixed roof portion, a first closing element movably supported by the stationary part and being capable of moving to an upward position with its front edge, particularly swiveling around a lateral axis, and a second closing element, which is movably supported by the stationary part and being positioned rearward of the first closing element, said second closing element being capable of moving between a closed position in which it closes said roof opening and an at least partly open position, characterized in that said first closing element is provided with an air guide on its lower side, to guide and direct the air caught by said first closing element, when its front edge is in its upward position during driving of the vehicle, into a boundary layer of air which is situated between the outside and the inside of the vehicle at the position of the roof opening when said second closing element is in its at least partly open position.