mhurhangee/ep-ind-claims huggingface dataset:
A coding device for marking positions in a lift shaft and for determining the position of lift cars in the lift shaft, comprising a code band, wherein: - the code band comprises at least three markings which are disposed along the length of the code band in order to mark discrete positions in each case, - the markings are formed as a barcode and/or 2D code, - the markings are disposed in such a way that they form rows and, in particular, at least as many rows are provided as there are discrete positions to be marked, - the markings are formed in such a way that they comprise a position marker for each discrete position to be marked, - the markings are decodable by means of an algorithm, wherein, in particular, a mathematical function exists which uniquely assigns to each marking of a position the corresponding position, - at least one mounting device (7, 8) is provided for movable, in particular longitudinally movable, mounting of the code band in the lift shaft, which mounting device is designed to encompass the code band at least partially, preferably completely, and is designed in such a way that it bears a marking, in particular a barcode and/or a 2D code, disposed in such a way that it covers at least a part of the marking of the code band in a readable manner when the code band is encompassed. - the code band comprises at least three markings which are disposed along the length of the code band in order to mark discrete positions in each case, - the markings are formed as a barcode and/or 2D code, - the markings are disposed in such a way that they form rows and, in particular, at least as many rows are provided as there are discrete positions to be marked, - the markings are formed in such a way that they comprise a position marker for each discrete position to be marked, - the markings are decodable by means of an algorithm, wherein, in particular, a mathematical function exists which uniquely assigns to each marking of a position the corresponding position, - at least one mounting device (7, 8) is provided for movable, in particular longitudinally movable, mounting of the code band in the lift shaft, which mounting device is designed to encompass the code band at least partially, preferably completely, and is designed in such a way that it bears a marking, in particular a barcode and/or a 2D code, disposed in such a way that it covers at least a part of the marking of the code band in a readable manner when the code band is encompassed.
A backlight unit comprising: a light source array comprising a plurality of two-dimensionally arranged light sources; a micro lens array comprising a plurality of two-dimensionally arranged micro lenses; and a controller configured to control the plurality of light sources, wherein the light source array comprises a plurality of light source blocks (110a/b/c/d), wherein each of the plurality of light source blocks (110a/b/c/d) respectively corresponds to one of the plurality of micro lenses, and wherein each of the plurality of light source blocks (110a/b/c/d) comprises a plurality of the light sources arranged to illuminate the corresponding micro lenses, wherein the light source array is configured such that, in any of the plurality of light source blocks (110a/b/c/d), each of the plurality of light sources is independently driven, wherein the controller is configured to select and turn on only one among a number of subsets of light sources and turn off light sources other than the subset of light sources, wherein each of the subsets of light sources consists of light sources which are disposed at a same respective position or at same respective positions within each of the plurality of light source blocks (110a/b/c/d), and characterized in that a gap between adjacent ones of the light source blocks is greater than a gap between adjacent ones of the light sources within each of the plurality of light source blocks, thereby preventing the light emitted from the light sources in a light source block corresponding to one micro lens to be incident on an adjacent micro lens. a light source array comprising a plurality of two-dimensionally arranged light sources; a micro lens array comprising a plurality of two-dimensionally arranged micro lenses; and a controller configured to control the plurality of light sources, wherein the light source array comprises a plurality of light source blocks (110a/b/c/d), wherein each of the plurality of light source blocks (110a/b/c/d) respectively corresponds to one of the plurality of micro lenses, and wherein each of the plurality of light source blocks (110a/b/c/d) comprises a plurality of the light sources arranged to illuminate the corresponding micro lenses, wherein the light source array is configured such that, in any of the plurality of light source blocks (110a/b/c/d), each of the plurality of light sources is independently driven, wherein the controller is configured to select and turn on only one among a number of subsets of light sources and turn off light sources other than the subset of light sources, wherein each of the subsets of light sources consists of light sources which are disposed at a same respective position or at same respective positions within each of the plurality of light source blocks (110a/b/c/d), and characterized in that a gap between adjacent ones of the light source blocks is greater than a gap between adjacent ones of the light sources within each of the plurality of light source blocks, thereby preventing the light emitted from the light sources in a light source block corresponding to one micro lens to be incident on an adjacent micro lens.
A method for detecting input associated with an input instrument, comprising: receiving, at a digitizer of a computer device, a signal from the input instument, the signal lacking pressure information; detecting whether the signal from the input instrument exceeds a voltage threshold; determining that the input instrument is a pressure-less input instrument based at least on detecting that the signal exceeds the voltage threshold; and configuring the input with default pressure information based at least on determining that the input instrument is the pressure-less input instrument. detecting whether the signal from the input instrument exceeds a voltage threshold; determining that the input instrument is a pressure-less input instrument based at least on detecting that the signal exceeds the voltage threshold; and configuring the input with default pressure information based at least on determining that the input instrument is the pressure-less input instrument.
A structural component for a chassis frame of a vehicle, which for fastening the structural component to the chassis frame comprises at least one flange end, which is connected to a storage container, wherein the at least one flange end has a flange receptacle (10A-2), which accommodates the storage container loosely on the end side, characterized in that an indirect fixed connection is effected between storage container and flange receptacle (10A-2) by a connecting element designed as a composite fiber laminate, which at least partially surrounds a lateral surface of the flange receptacle (10A-2) and at least partially integrally surrounds a lateral surface of the storage container.
A vitrectomy probe (112, 606) for treating an eye of a patient, the probe comprising: a body (202, 502) arranged for grasping by a surgeon; and a photodisruption element (204, 504) extending from the body, the photodisruption element including: a needle (216, 516) having a main lumen (206, 506) extending from the body, the needle comprising a port (212, 512) at an end; a fiber cannula (218, 518) within the main lumen, the fiber cannula having a fiber lumen (208, 508); and an optical fiber (210, 510) within the fiber lumen, the optical fiber being mechanically agitatable within the fiber lumen; and an agitation mechanism (214, 514) to agitate the optical fiber within the fiber lumen such that a laser beam extending from the optical fiber scans the port, characterised in that the agitation mechanism is configured to agitate the optical fiber at a frequency within a range of 10 Hz to 10 kHz. a body (202, 502) arranged for grasping by a surgeon; and a photodisruption element (204, 504) extending from the body, the photodisruption element including: a needle (216, 516) having a main lumen (206, 506) extending from the body, the needle comprising a port (212, 512) at an end; a fiber cannula (218, 518) within the main lumen, the fiber cannula having a fiber lumen (208, 508); and an optical fiber (210, 510) within the fiber lumen, the optical fiber being mechanically agitatable within the fiber lumen; and a needle (216, 516) having a main lumen (206, 506) extending from the body, the needle comprising a port (212, 512) at an end; a fiber cannula (218, 518) within the main lumen, the fiber cannula having a fiber lumen (208, 508); and an optical fiber (210, 510) within the fiber lumen, the optical fiber being mechanically agitatable within the fiber lumen; and an agitation mechanism (214, 514) to agitate the optical fiber within the fiber lumen such that a laser beam extending from the optical fiber scans the port, characterised in that the agitation mechanism is configured to agitate the optical fiber at a frequency within a range of 10 Hz to 10 kHz.
An opto-electric cable for building installation comprising: - an electrical conductor comprising an electrically conductive core and an electrically insulating layer surrounding the electrically conductive core; - an optical unit embedded within the electrically conductive core; and - an outer sheath surrounding the electrical conductor wherein the optical unit comprises at least two optical fibres (70a 70b), each optical fibre (70a, 70b) comprising a core (71a, 71b), a cladding (72a, 72b) and a coating (73a, 73b), the optical unit further comprising a buffer jointly surrounding the at least two optical fibres (70a, 70b). - an electrical conductor comprising an electrically conductive core and an electrically insulating layer surrounding the electrically conductive core; - an optical unit embedded within the electrically conductive core; and - an outer sheath surrounding the electrical conductor
Automated system for preparing a biological sample containing biological species, characterized in that it comprises: - a support plate in which one or more through-wells are made, - each through-well having two opposite accesses, a first access and a second access, the first access being separated from the second access by a filter-forming porous wall, against which the said biological sample that is to undergo lysis may be placed, - and for each well: ∘ a first mobile member, that can be actuated to move translationally along the axis of the well so as to become inserted across the first access thereof, ∘ a second mobile member, that can be actuated to move translationally along the axis of the well so as to become inserted across the second access thereof, - drive means driving the translational movement of each first mobile member and of each second mobile member, - stimulation means of mechanical and/or thermal type for stimulating each first mobile member and/or each second mobile member and/or the support plate, - a control unit, configured to: ∘ command said drive means, ∘ command said stimulation means. - a support plate in which one or more through-wells are made, - each through-well having two opposite accesses, a first access and a second access, the first access being separated from the second access by a filter-forming porous wall, against which the said biological sample that is to undergo lysis may be placed, - and for each well: ∘ a first mobile member, that can be actuated to move translationally along the axis of the well so as to become inserted across the first access thereof, ∘ a second mobile member, that can be actuated to move translationally along the axis of the well so as to become inserted across the second access thereof, ∘ a first mobile member, that can be actuated to move translationally along the axis of the well so as to become inserted across the first access thereof, ∘ a second mobile member, that can be actuated to move translationally along the axis of the well so as to become inserted across the second access thereof, - drive means driving the translational movement of each first mobile member and of each second mobile member, - stimulation means of mechanical and/or thermal type for stimulating each first mobile member and/or each second mobile member and/or the support plate, - a control unit, configured to: ∘ command said drive means, ∘ command said stimulation means. ∘ command said drive means, ∘ command said stimulation means.
An apparatus, comprising: at least one memory; and logic coupled to the at least one memory, the logic to: receive a plurality of sample matrix data sets for a sample matrix generated via mass analysis of the sample matrix, and generate a consensus library for the sample matrix based on the plurality of sample matrix data sets, the consensus library comprising a plurality of known-unidentified components for the sample matrix, said known-unidentified components being components which have an indeterminate structure, but which are known to be from the sample matrix across a variety of conditions. at least one memory; and logic coupled to the at least one memory, the logic to: receive a plurality of sample matrix data sets for a sample matrix generated via mass analysis of the sample matrix, and generate a consensus library for the sample matrix based on the plurality of sample matrix data sets, the consensus library comprising a plurality of known-unidentified components for the sample matrix, said known-unidentified components being components which have an indeterminate structure, but which are known to be from the sample matrix across a variety of conditions. receive a plurality of sample matrix data sets for a sample matrix generated via mass analysis of the sample matrix, and generate a consensus library for the sample matrix based on the plurality of sample matrix data sets, the consensus library comprising a plurality of known-unidentified components for the sample matrix, said known-unidentified components being components which have an indeterminate structure, but which are known to be from the sample matrix across a variety of conditions.
Device for foaming products, said device having a receiving container for storing the product, and a closure-like applicator which is fastened to the receiving container and connects an interior space of the receiving container to a surrounding area, and in which the applicator has a base element and, in the region of a dispensing opening of the base element, a dispensing element which is provided with a multiplicity of outflow channels of small dimensions relative to the size of the dispensing opening, wherein the dispensing element spans the base element at least in regions in such a manner that the dispensing element is arranged at least in regions at a distance from the base element, and wherein at least one spacer element is arranged between the dispensing element and the base element, characterized in that the spacer element is designed in the manner of a web, and in that the dispensing element is supported by the spacer element in such a manner that the dispensing element is not in contact with the base element over the full area, and cavities form between the dispensing element and the base element, and in that the dispensing element is tensioned in a dome-like manner by the base element and an external curvature extending in the direction of a user is thereby formed.
A periprosthetic bone plate comprising: a head portion; and a shaft portion, an upper surface, a lower surface, a central longitudinal axis, and an outer periphery surface, the shaft portion further including: a plurality of threaded locking screw openings arranged and configured to receive a plurality of locking screws, respectively; and a plurality of variable angled fastener openings arranged and configured to receive a plurality of variable angled screws, respectively; wherein the plurality of variable angled fastener openings are positioned along the outer periphery surface of the shaft portion while the plurality of locking screw openings are positioned closer to the central longitudinal axis of the shaft portion. a head portion; and a shaft portion, an upper surface, a lower surface, a central longitudinal axis, and an outer periphery surface, the shaft portion further including: a plurality of threaded locking screw openings arranged and configured to receive a plurality of locking screws, respectively; and a plurality of variable angled fastener openings arranged and configured to receive a plurality of variable angled screws, respectively; wherein the plurality of variable angled fastener openings are positioned along the outer periphery surface of the shaft portion while the plurality of locking screw openings are positioned closer to the central longitudinal axis of the shaft portion. a plurality of threaded locking screw openings arranged and configured to receive a plurality of locking screws, respectively; and a plurality of variable angled fastener openings arranged and configured to receive a plurality of variable angled screws, respectively; wherein the plurality of variable angled fastener openings are positioned along the outer periphery surface of the shaft portion while the plurality of locking screw openings are positioned closer to the central longitudinal axis of the shaft portion.
Modified release methylphenidate hydrochloride capsule drug delivery system comprising a multitude of IR (immediate release) and ER (extended release) beads filled into capsules at a ratio of 10 IR/90 ER to 50 IR/50 ER beads each of said IR and ER beads containing about 5 to 20% w/w methylphenidate hydrochloride, wherein the IR bead is an inert sugar core particle layered with methylphenidate containing a binder at a concentration of 0.5 to 5 weight %, said layered particle further being coated with a seal coat in an amount up to 4% w/w, and wherein the ER bead comprises an IR bead coated with a dissolution rate controlling polymeric coating in an amount from 5 to 25% by weight based on the total weight of the coated particle, the ER bead being seal coated in an amount up to 4% w/w, wherein the sealcoat is hydroxypropylmethylcellulose (HPMC).
A determination method of a size (21, 22, 23, 24) of a breastshield by a user provided with a personal mobile terminal equipped with a screen and an image capture device, the method comprising the following successive steps: - a step which consists in the characterizing a reference having determined dimensions, displayed in the form of a digital reference on the screen of the terminal; - a step consisting in comparing the dimensions of a representation of a nipple of the user with circles (61, 62, 63, 64) having different diameters displayed alongside a digital reference on the screen of the terminal, whilst the reference is placed alongside a nipple of the user; and - a step consisting in selecting the size (21, 22, 23, 24) of the breastshield suiting the user, depending on the circle (61, 62, 63, 64) chosen at the end of the previous step. - a step which consists in the characterizing a reference having determined dimensions, displayed in the form of a digital reference on the screen of the terminal; - a step consisting in comparing the dimensions of a representation of a nipple of the user with circles (61, 62, 63, 64) having different diameters displayed alongside a digital reference on the screen of the terminal, whilst the reference is placed alongside a nipple of the user; and - a step consisting in selecting the size (21, 22, 23, 24) of the breastshield suiting the user, depending on the circle (61, 62, 63, 64) chosen at the end of the previous step.
A hydrogen sulfide neutralizing tool for neutralizing a hydrogen sulfide within a subterranean well, the hydrogen sulfide neutralizing tool including: a tubular member with an internal bore; a tool shell circumscribing the tubular member and defining a tool annular space between an outer diameter surface of the tubular member and an inner diameter surface of the tool shell; a sacrificial rod located within the tool annular space, the sacrificial rod formed of a material that produces metal sulfide when exposed to the hydrogen sulfide; where the tubular member includes an uphole perforation, the uphole perforation having an opening extending through a sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member; and the tubular member includes a downhole perforation, the downhole perforation being located downhole of the uphole perforation and having an opening extending through the sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member. a tubular member with an internal bore; a tool shell circumscribing the tubular member and defining a tool annular space between an outer diameter surface of the tubular member and an inner diameter surface of the tool shell; a sacrificial rod located within the tool annular space, the sacrificial rod formed of a material that produces metal sulfide when exposed to the hydrogen sulfide; where the tubular member includes an uphole perforation, the uphole perforation having an opening extending through a sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member; and the tubular member includes a downhole perforation, the downhole perforation being located downhole of the uphole perforation and having an opening extending through the sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member.
A method of modelling an external support for a prospective pulmonary autograft attached to patient's heart using an imaging scanner, the method comprising: (i) obtaining, using the scanner, at least one scan of the vasculature of the heart; (ii) processing the at least one scan using a processor to construct a model of the prospective pulmonary autograft; and (iii) processing the model of the prospective pulmonary autograft to generate a model of the external support; characterised in that the at least one scan of the vasculature of the heart is obtained during the systole of the heart. (i) obtaining, using the scanner, at least one scan of the vasculature of the heart; (ii) processing the at least one scan using a processor to construct a model of the prospective pulmonary autograft; and (iii) processing the model of the prospective pulmonary autograft to generate a model of the external support;