mhurhangee/patent-ind-claim-en huggingface dataset:
Method for state determination of at least one contact line running along a route , in which on the part of at least one vehicle travelling on the route multiple times a plurality of measurement values of at least one characteristic variable are measured and recorded and, for each measurement value, a position (lon, lat) of the vehicle along the route , in particular in the form of a geographic longitude (lon) and latitude (lat), a direction of travel of the vehicle and a timestamp (t) are ascertained and assigned to the measurement value, wherein the characteristic variable is an assessment criterion for the wear on the contact line, characterised in that at least one route region is selected from a large number of route regions and the ascertained measurement values of the characteristic variable, the assigned position (lon, lat) of which fall in the selected route region , are evaluated, wherein an arc rate for the selected route region is ascertained, which is calculated from the overall number of times this route region is travelled by the vehicle and the number of times it is travelled when an arc occurs, wherein a route region being travelled multiple times within a predetermined time span is considered a single instance of travelling when ascertaining the arc rate, wherein the selected route region is automatically selected from the large number of route regions as a function of the number of arcs occurring therein, wherein the number of arcs found therein is greater than a threshold value. in which on the part of at least one vehicle travelling on the route multiple times a plurality of measurement values of at least one characteristic variable are measured and recorded and, for each measurement value, a position (lon, lat) of the vehicle along the route , in particular in the form of a geographic longitude (lon) and latitude (lat), a direction of travel of the vehicle and a timestamp (t) are ascertained and assigned to the measurement value, wherein the characteristic variable is an assessment criterion for the wear on the contact line, characterised in that at least one route region is selected from a large number of route regions and the ascertained measurement values of the characteristic variable, the assigned position (lon, lat) of which fall in the selected route region , are evaluated, wherein an arc rate for the selected route region is ascertained, which is calculated from the overall number of times this route region is travelled by the vehicle and the number of times it is travelled when an arc occurs, wherein a route region being travelled multiple times within a predetermined time span is considered a single instance of travelling when ascertaining the arc rate, wherein the selected route region is automatically selected from the large number of route regions as a function of the number of arcs occurring therein, wherein the number of arcs found therein is greater than a threshold value.
Method for identifying an isthmus in a three-dimensional mapping of a cardiac cavity, by means of a processing unit configured to carry out the following steps: a) correlation between a set of stimulated points of the cardiac cavity, each stimulated point being represented by a set of signals obtained following surface electrocardiography (ECG), excluding ventricular tachycardia, b) identifying a watershed line based on the above correlation results and the 3D coordinates of the stimulated points in the 3D mapping, c) determining the isthmus based on a 3D corridor substantially transverse to the watershed line . a) correlation between a set of stimulated points of the cardiac cavity, each stimulated point being represented by a set of signals obtained following surface electrocardiography (ECG), excluding ventricular tachycardia, b) identifying a watershed line based on the above correlation results and the 3D coordinates of the stimulated points in the 3D mapping, c) determining the isthmus based on a 3D corridor substantially transverse to the watershed line .
Use of a Reg3α polypeptide comprising the amino acid sequence SEQ ID NO: 4 or a sequence at least 85% identical thereto for promoting ex vivo growth of oxygen sensitive gram-positive bacteria.
A process for manufacturing a shaped sandwich panel (42; 44; 46; 48), comprising: arranging a sandwich panel adjacent a die , wherein the sandwich panel includes a core layer arranged between and connected to a first layer and a second layer , the core layer includes a plurality of apertures that extend through the core layer to the first layer , and the first layer engages the die ; and pressurizing fluid within the apertures to a pressure adequate to at least partially form the sandwich panel to a geometry of the die , characterised in that : the fluid comprises an inert gas. arranging a sandwich panel adjacent a die , wherein the sandwich panel includes a core layer arranged between and connected to a first layer and a second layer , the core layer includes a plurality of apertures that extend through the core layer to the first layer , and the first layer engages the die ; and pressurizing fluid within the apertures to a pressure adequate to at least partially form the sandwich panel to a geometry of the die ,
A computer implemented method for automatically generating seismic training images and associated seismic interpretation training labels to train a model for automatic seismic interpretation, the method comprising: receiving a three-dimensional structural model in a present-day geological space depicting locations of particles of the subsurface geology of the Earth as observed at a current time period; characterized in that the method further comprises: computing a three-dimensional coordinate space transformation to transform the three-dimensional structural model from the present-day geological space to a depositional space depicting past locations of the particles at times when the particles were determined to be originally deposited within the subsurface geology of the Earth; receiving a real-world parent image of the subsurface geology in a present-day geological space generated based on seismic data captured by sensors recording seismic waves reflected from the subsurface geology; applying a forward transformation to transform the real-world parent image in the present-day geological space to a depositional seismic image in the depositional space of the three-dimensional structural model; applying a reverse transformation to transform the depositional seismic image from the depositional space into a plurality of synthetic child training images in the present-day geological space ; associating the plurality of synthetic child training images with seismic interpretation training labels ; and storing the plurality of synthetic child training images and associated seismic interpretation training labels. receiving a three-dimensional structural model in a present-day geological space depicting locations of particles of the subsurface geology of the Earth as observed at a current time period; characterized in that the method further comprises: computing a three-dimensional coordinate space transformation to transform the three-dimensional structural model from the present-day geological space to a depositional space depicting past locations of the particles at times when the particles were determined to be originally deposited within the subsurface geology of the Earth; receiving a real-world parent image of the subsurface geology in a present-day geological space generated based on seismic data captured by sensors recording seismic waves reflected from the subsurface geology; applying a forward transformation to transform the real-world parent image in the present-day geological space to a depositional seismic image in the depositional space of the three-dimensional structural model; applying a reverse transformation to transform the depositional seismic image from the depositional space into a plurality of synthetic child training images in the present-day geological space ; associating the plurality of synthetic child training images with seismic interpretation training labels ; and storing the plurality of synthetic child training images and associated seismic interpretation training labels.
A sealing device comprising: i. A waterproofing membrane having a first and a second primary exterior surface, ii. An adhesive sealant layer covering at least portion of the second primary exterior surface of the waterproofing membrane , and iii. Optionally a release liner , wherein the adhesive sealant layer is composed of a first composition comprising: a) At least one elastomer, b) At least one at 25 °C liquid polyolefin resin, and c) At least one inert mineral filler, wherein the first composition comprises less than 20 wt.-%, preferably less than 15 wt.-%, based on the total weight of the first composition, of water-swellable mineral fillers. i. A waterproofing membrane having a first and a second primary exterior surface, ii. An adhesive sealant layer covering at least portion of the second primary exterior surface of the waterproofing membrane , and iii. Optionally a release liner , wherein the adhesive sealant layer is composed of a first composition comprising: a) At least one elastomer, b) At least one at 25 °C liquid polyolefin resin, and c) At least one inert mineral filler, wherein the first composition comprises less than 20 wt.-%, preferably less than 15 wt.-%, based on the total weight of the first composition, of water-swellable mineral fillers. a) At least one elastomer, b) At least one at 25 °C liquid polyolefin resin, and c) At least one inert mineral filler,
A torsional vibration damper at least comprising one input part and one output part having a common axis of rotation extending along an axial direction , wherein the input part and the output part can be rotated in a limited manner relative to one another with the transmission of a torque along a circumferential direction , wherein the torsional vibration damper has at least one ramp system with rolling elements , via which a relative rotation of the input part and output part can be converted into a shifting along the axial direction of at least one component of the torsional vibration damper , wherein the torsional vibration damper has a plurality of energy storage elements , wherein all energy storage elements of the torsional vibration damper are arranged distributed around the circumferential direction and each extend along the axial direction and can be elastically deformed in the axial direction , wherein a first group of rolling elements is arranged on a first diameter in a first ramp system and a second group of rolling elements is arranged on a second diameter , which differs from the first diameter, in a second ramp system , characterised in that both ramp systems have tapered rollers or conical spherical rollers as rolling elements .
Method for producing laminate portions for disposable medical articles such as absorbent incontinence products or surgical drapes or surgical gowns or wound coverings, wherein the laminate portions comprise a first component , which is made from a sheet material such as a nonwoven or film and has a first length L1, and a further, second component , which is made from a sheet material such as a nonwoven or film and has a second length L2, wherein L2 < L1, and wherein the second component is arranged around the full periphery within the contour of the first component , and wherein a first endless web of a first sheet material is conveyed in a longitudinal direction corresponding to the machine direction M, and wherein a second web of a second sheet material is conveyed in the longitudinal direction and wherein the second web has weakening lines arranged substantially transversely with respect to the longitudinal direction or the weakening lines are created in the course of producing the laminate portions , and the first web is folded in transversely with respect to the plane of the web and transversely with respect to the machine direction M, and wherein, after the first web has been folded in, the second web is applied and joined to the first web in such a way that the second web is arranged within the longitudinal edges of the first web , and then the composite of the first web and the second web is accelerated in the machine direction M to form a laminate web and folded in in the process, wherein the second web is severed along the weakening lines and as a result longitudinal portions of the second web are spaced apart from one another and wherein, to form the laminate portions , the laminate web is separated substantially transversely with respect to the machine direction M, characterized in that the first web is folded in such that the first web is fed to a cylindrical assembly , wherein the first web is conveyed at a web speed v3 in a first acceleration region in the cylindrical assembly , and in that after this the first web is slowed down to a second web speed v5 in a deceleration region adjoining the first acceleration region in the machine direction, and in that the resultingly accumulating excess material of the first web is temporarily brought into a respective cavity underneath a folding-in opening in the cylindrical assembly and thus radially displaced and folded out of the plane of the web, and in that , after being fed to the cylindrical assembly , the first web is grasped by an endless drawing-in belt , driven at the speed v2, in the first acceleration region of the cylindrical assembly , wherein v2 > 0 m/s.
Non-therapeutic use of a composition (C 1 ) comprising per 100% of its mass: - an amount greater than 0% by mass and less than or equal to 25% by mass of a polyol of formula (I): HO-CH 2 -(CHOH) 4 -CH 2 -OH (I); - an amount greater than 0% by mass and less than or equal to 30% by mass of a compound of formula (B 13 ): - an amount greater than or equal to 0% by mass and less than or equal to 5% by mass of a compound of formula (B 14 ) : - from 60% by mass to 95% by mass of a composition (C R ) represented by formula (II): HO-CH 2 -(CHOH) 4 -CH 2 -O-(Rham) x -H (II), in which formula (II) Rham represents the rhamnose residue and x, which indicates the average degree of polymerization of said Rham residue, represents a decimal number greater than or equal to 1.5 and less than or equal to 2.5, and - an amount greater than 0% by mass and less than or equal to 5% by mass of rhamnose; with the proviso that the sum total of the proportions by mass of compounds or composition according to , , , and is equal to 100% by mass, said use being with the aim of lightening human skin and said use being in a cosmetic composition. - an amount greater than 0% by mass and less than or equal to 25% by mass of a polyol of formula (I): HO-CH 2 -(CHOH) 4 -CH 2 -OH (I); - an amount greater than 0% by mass and less than or equal to 30% by mass of a compound of formula (B 13 ): - an amount greater than or equal to 0% by mass and less than or equal to 5% by mass of a compound of formula (B 14 ) : - from 60% by mass to 95% by mass of a composition (C R ) represented by formula (II): HO-CH 2 -(CHOH) 4 -CH 2 -O-(Rham) x -H (II), in which formula (II) Rham represents the rhamnose residue and x, which indicates the average degree of polymerization of said Rham residue, represents a decimal number greater than or equal to 1.5 and less than or equal to 2.5, and - an amount greater than 0% by mass and less than or equal to 5% by mass of rhamnose; with the proviso that the sum total of the proportions by mass of compounds or composition according to , , , and is equal to 100% by mass, said use being with the aim of lightening human skin and said use being in a cosmetic composition.
A medical product for occluding a vascular vessel, the medical product comprising: a vascular implant suitable for transluminal vascular delivery to a vascular vessel site, the implant comprising: a first expandable member ; a second expandable member spaced from the first expandable member, wherein the first expandable member and the second expandable member are each compressible to permit delivery through the vasculature to the vascular vessel site, and expandable at the site to block flow through the vessel; and an intermediate segment extending between the first expandable member and the second expandable member and including an interior region for receipt of a fill material; and a fill material for filling at least part of the interior region; characterized in that the first expandable member is a first expandable occluding member and in that the second expandable member is a second expandable occluding member. a first expandable member ; a second expandable member spaced from the first expandable member, wherein the first expandable member and the second expandable member are each compressible to permit delivery through the vasculature to the vascular vessel site, and expandable at the site to block flow through the vessel; and an intermediate segment extending between the first expandable member and the second expandable member and including an interior region for receipt of a fill material; and a fill material for filling at least part of the interior region;
A sealing system comprising: an outer shaft having a hollow interior ; an inner shaft extending through the hollow interior of the outer shaft; a first plate encircling the inner shaft and configured to rotate with the inner shaft; a second plate encircling the inner shaft and configured to rotate with the inner shaft, the second plate axially spaced from the first plate so that a gland opening is defined between the inner and outer shafts and between the first and second plates; and a ring disposed in the gland opening, the first plate including a first force generating element configured to generate a first force to separate the ring from the first plate, the second plate including a second force generating element configured to generate a second force to separate the ring from the second plate, characterised in that the first and second force generating elements comprise magnet rings, and comprising a series of magnets in the ring. an outer shaft having a hollow interior ; an inner shaft extending through the hollow interior of the outer shaft; a first plate encircling the inner shaft and configured to rotate with the inner shaft; a second plate encircling the inner shaft and configured to rotate with the inner shaft, the second plate axially spaced from the first plate so that a gland opening is defined between the inner and outer shafts and between the first and second plates; and a ring disposed in the gland opening, the first plate including a first force generating element configured to generate a first force to separate the ring from the first plate, the second plate including a second force generating element configured to generate a second force to separate the ring from the second plate, characterised in that the first and second force generating elements comprise magnet rings, and comprising a series of magnets in the ring.
An apparatus for applying a composition to a surface , the apparatus including: a. an applicator head comprising a microfluidic die having one or more applicator nozzles ; b. a reservoir to hold the composition; c. a sensor ; and d. a CPU ; wherein the sensor is configured to sense at least a portion of the surface and provide the CPU with information about the surface , and wherein the CPU analyzes the information from the sensor to identify surface deviations, and the CPU activates the one or more applicator nozzles based on the surface deviations, characterized in that the apparatus is attached to a cleaning implement having an elongate articulated handle connected to a plastic head configurated for holding a cleaning sheet. a. an applicator head comprising a microfluidic die having one or more applicator nozzles ; b. a reservoir to hold the composition; c. a sensor ; and d. a CPU ; wherein the sensor is configured to sense at least a portion of the surface and provide the CPU with information about the surface , and wherein the CPU analyzes the information from the sensor to identify surface deviations, and the CPU activates the one or more applicator nozzles based on the surface deviations, characterized in that the apparatus is attached to a cleaning implement having an elongate articulated handle connected to a plastic head configurated for holding a cleaning sheet.
Installation for cleaning a drive system, said drive system comprising an internal combustion engine and a gas circulation circuit, the engine comprising a plurality of inlets intended for receiving combustible products and an exhaust gas outlet , the gas circulation circuit comprising a plurality of pipes and a plurality of moving parts designed together to feed to one of the inlets of the engine an appropriate gas mixture, the cleaning installation comprising an injection device adapted to execute a sequence for cleaning the drive system by injecting a cleaning fluid into one of the inlets of the engine, the installation being characterized in that it also comprises diagnostic means designed to determine a level of soiling of said drive system as a function of a level of defectiveness of at least one of the moving parts , and a control means designed to supply to the injection device cleaning parameters for the execution of the cleaning sequence, said cleaning parameters being a function of the level of soiling of the drive system.
A touch input device for detecting a pressure of a touch on a touch surface, the touch input device comprising: a substrate ; and a display module , wherein the touch input device further comprises an electrode which is disposed at a position where a distance between the electrode and a reference potential layer is changed by the touch on the touch surface, wherein the distance is changed depending on a magnitude of a pressure of the touch, wherein the electrode outputs an electrical signal according to the change of the distance, wherein a spacer layer is disposed between the reference potential layer and the electrode , wherein the spacer layer is maintained with a predetermined thickness by an inelastic material located only on an edge portion of the substrate , wherein the spacer layer is disposed between the display module and the substrate . a substrate ; and a display module , wherein the touch input device further comprises an electrode which is disposed at a position where a distance between the electrode and a reference potential layer is changed by the touch on the touch surface, wherein the distance is changed depending on a magnitude of a pressure of the touch, wherein the electrode outputs an electrical signal according to the change of the distance, wherein a spacer layer is disposed between the reference potential layer and the electrode , wherein the spacer layer is maintained with a predetermined thickness by an inelastic material located only on an edge portion of the substrate , wherein the spacer layer is disposed between the display module and the substrate . the touch input device further comprises an electrode which is disposed at a position where a distance between the electrode and a reference potential layer is changed by the touch on the touch surface, wherein the distance is changed depending on a magnitude of a pressure of the touch, wherein the electrode outputs an electrical signal according to the change of the distance, wherein a spacer layer is disposed between the reference potential layer and the electrode , wherein the spacer layer is maintained with a predetermined thickness by an inelastic material located only on an edge portion of the substrate , wherein the spacer layer is disposed between the display module and the substrate .