mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing networked access to media signals, the system comprising: (i) in a first alternative at least one virtual media card configured to interface with at least one application that produces and/or consumes media signals or (ii) in a second alternative at least one media interface configured to interface with at least one physical media card in form of a sound card that produces and/or consumes media signals; a network interface configured to enable the system to exchange media signals with other devices on a common network; a reference clock configured to provide a common clock signal to the common network and (i) to the at least one virtual media card or (ii) to the at least one media interface; an advertisement and discovery module configured to identify (i) in the first alternative when the at least one application is started and/or stopped or (ii) to identify in the second alternative when the at least one media card is attached and/or detached from the system; wherein the advertisement and discovery module is configured to make I/O channels of the at least one (i) application in the first alternative or (ii) media card in the second alternative available to the system and the common network; a media router configured to receive routing requirements and route the media signals from the at least one application and the at least one sound card that produce media signals to the at least one application and the at least one sound card that consume media signals; and a user interface for creating the routing requirements by a user, wherein the user interface is configured to enable the connection of any combination of I/O channels. (i) in a first alternative at least one virtual media card configured to interface with at least one application that produces and/or consumes media signals or (ii) in a second alternative at least one media interface configured to interface with at least one physical media card in form of a sound card that produces and/or consumes media signals;
Supply voltage detection device for at least one load for monitoring a rectified grid voltage of a grid voltage supply and for comparing a detected grid voltage value to a predetermined reference value, wherein, in the case of a detected grid voltage value that is less than the reference value, a control electronics unit can switch, for example, to an emergency voltage of an emergency voltage supply, characterized in that the rectified grid voltage can be fed to an optocoupler when a limit voltage value is exceeded, and a signal from the optocoupler can be transmitted for the duration of this exceedance, wherein a duty cycle dependent upon the grid voltage value can be ascertained from the signal duration and period of this signal, wherein a Zener diode device comprising at least one Zener diode is connected between a rectifier and the optocoupler , wherein the limit voltage value is determined by the Zener voltage.
Device (D) for distributing a fluid, which is able to be arranged in a fixed catalytic bed (C 1 , C 2 ; C' 1 , C' 2 )of a reactor (R), said device comprising • upstream conveying means for conveying said fluid, comprising a plurality of pipes each directly receiving a distinct share of said fluid, with no upstream connection to a common distribution means, • downstream means for distributing said fluid, • means for generating a local pressure drop in said fluid, characterized in that : - the device comprises manifold means (2a; 2b) for collecting said fluid together, and providing the fluidic connection between the pipes of said fluid conveying means and said fluid distribution means , - said means for generating a local pressure drop are added on to said conveying or distribution or manifold (2a; 2b) means. • upstream conveying means for conveying said fluid, comprising a plurality of pipes each directly receiving a distinct share of said fluid, with no upstream connection to a common distribution means, • downstream means for distributing said fluid, • means for generating a local pressure drop in said fluid, characterized in that : - the device comprises manifold means (2a; 2b) for collecting said fluid together, and providing the fluidic connection between the pipes of said fluid conveying means and said fluid distribution means , - said means for generating a local pressure drop are added on to said conveying or distribution or manifold (2a; 2b) means. - the device comprises manifold means (2a; 2b) for collecting said fluid together, and providing the fluidic connection between the pipes of said fluid conveying means and said fluid distribution means , - said means for generating a local pressure drop are added on to said conveying or distribution or manifold (2a; 2b) means.
A method of treating a plant by injecting under its bark a substance, preferably a phytosanitary substance, by means of a device comprising: - a body , - a needle taking the form of a substantially rectilinear cylindrical tube pierced at its center with a channel which opens into at least one hole on the side wall, namely the periphery, of said cylindrical tube, and not at the end intended to penetrate the plant; and having at its end intended to penetrate the plant, two opposite bevels together forming a single incising edge perpendicular to the axis (AA) of the needle, - an actuator capable of mobilizing the needle along the axis (AA) of the needle and in a centrifugal direction (DF), away from the center of the device , so as to allow the introduction of the needle into the plant, - an injector capable of injecting the substance through the needle via the channel , characterized in that said method comprises the steps of: i) positioning said device on the bark of the plant so that the single incising edge of the needle is perpendicular to the wood fibers of that plant; and ii) introducing, by activating the actuator , the needle into the bark of the plant, always in such a way that the single incising edge of the needle is perpendicular to the wood fibers, and iii) injecting, under the bark of the plant, the substance by activating the injector . - a body , - a needle taking the form of a substantially rectilinear cylindrical tube pierced at its center with a channel which opens into at least one hole on the side wall, namely the periphery, of said cylindrical tube, and not at the end intended to penetrate the plant; and having at its end intended to penetrate the plant, two opposite bevels together forming a single incising edge perpendicular to the axis (AA) of the needle, - an actuator capable of mobilizing the needle along the axis (AA) of the needle and in a centrifugal direction (DF), away from the center of the device , so as to allow the introduction of the needle into the plant, - an injector capable of injecting the substance through the needle via the channel , i) positioning said device on the bark of the plant so that the single incising edge of the needle is perpendicular to the wood fibers of that plant; and ii) introducing, by activating the actuator , the needle into the bark of the plant, always in such a way that the single incising edge of the needle is perpendicular to the wood fibers, and iii) injecting, under the bark of the plant, the substance by activating the injector .
Automatic door gap seal for the region of a door underside of a door , having a seal housing , a movably mounted seal profile and a door threshold , wherein the automatic door gap seal is equipped with a brake-in protection mechanism which consists of an engagement profile and a profile engagement portion corresponding thereto, and the engagement profile is assigned to the seal profile , and the profile engagement portion is assigned to the door threshold , characterized in that the seal housing has mutually parallel side walls on whose inner sides the seal profile is slidingly mounted in a retractable and extendable manner, and the engagement profile of the seal profile extends in the direction of the door threshold and, in the closed state of the door , engages in the profile engagement portion of the door threshold , wherein the door threshold is configured in the manner of a rigid zero threshold, and the profile engagement portion reaches under the zero level thereof and has the form of a rectilinear slotted engagement portion which is angled obliquely from a vertical and forms an undercut in the vertical direction of movement of the seal profile , wherein the engagement profile of the seal profile is correspondingly angled obliquely from a vertical in order to engage at a suitable angle in the profile engagement portion of the door threshold .
A method of wireless communication of a user equipment, UE , comprising: receiving, from a base station , a trigger for reporting M channel state information, CSI, reports, wherein M is an integer greater than 0; determining a wait time period (726 or 726') from a reference time point to a time point at which N CSI reports (760-1 to 760-N) of the M CSI reports are to be transmitted, wherein N is an integer greater than 0 and N is smaller than or equal to M; determining N respective processing time periods (Z1 to ZN) for updating the N CSI reports (760-1 to 760-N) prior to updating the N CSI reports (760-1 to 760-N); when the largest one of the respective processing time periods (Zmax) is smaller than or equal to the wait time period (726 or 726'), updating the N CSI reports (760-1 to 760-N) and transmitting the N CSI reports (760-1 to 760-N) to the base station in the uplink control information, UCI, region ; wherein the method further comprises: deciding not to update and transmit at least one of the N CSI reports (760-1 to 760-N) when the largest one of the respective processing time periods (Zmax) is greater than the wait time period (726 or 726'). receiving, from a base station , a trigger for reporting M channel state information, CSI, reports, wherein M is an integer greater than 0; determining a wait time period (726 or 726') from a reference time point to a time point at which N CSI reports (760-1 to 760-N) of the M CSI reports are to be transmitted, wherein N is an integer greater than 0 and N is smaller than or equal to M; determining N respective processing time periods (Z1 to ZN) for updating the N CSI reports (760-1 to 760-N) prior to updating the N CSI reports (760-1 to 760-N); when the largest one of the respective processing time periods (Zmax) is smaller than or equal to the wait time period (726 or 726'), updating the N CSI reports (760-1 to 760-N) and transmitting the N CSI reports (760-1 to 760-N) to the base station in the uplink control information, UCI, region ; wherein the method further comprises: deciding not to update and transmit at least one of the N CSI reports (760-1 to 760-N) when the largest one of the respective processing time periods (Zmax) is greater than the wait time period (726 or 726').
Electric toothbrush handpiece with at least one interface (24a; 24b) for a coupling with a plug-on brush (10a; 10b), with at least one housing (46a; 46b), with at least one drive unit (48a; 48b) accommodated in the housing (46a; 46b) for driving the interface (24a; 24b), with at least one energy storage (50.1a, 50.2a; 50.1b) for a supply of the drive unit (48a; 48b) with energy, and with at least one fix frame unit (52a; 52b), which is arranged in the housing (46a; 46b), which is in particular implemented integrally and which at least partly accommodates the drive unit (48a; 48b) and the energy storage (50.1a, 50.2a; 50.1b), characterised in that the drive unit (48a; 48b) includes at least one stator (76a; 76b) comprising an integrally implemented carrier (78a; 78b), a metal-sheet package (80a; 80b) that is inserted in the carrier (78a; 78b) and a coil (82a; 82b) encompassing the metal-sheet package (80a; 80b), wherein the carrier (78a; 78b) of the drive unit (48a; 48b) is directly connected to the frame unit (52a; 52b) and covers a rotor (58a; 58b) of the drive unit (48a; 48b) from at least one side, wherein the stator (76a; 76b) is realized as a module. characterised in that the drive unit (48a; 48b) includes at least one stator (76a; 76b) comprising an integrally implemented carrier (78a; 78b), a metal-sheet package (80a; 80b) that is inserted in the carrier (78a; 78b) and a coil (82a; 82b) encompassing the metal-sheet package (80a; 80b), wherein the carrier (78a; 78b) of the drive unit (48a; 48b) is directly connected to the frame unit (52a; 52b) and covers a rotor (58a; 58b) of the drive unit (48a; 48b) from at least one side, wherein the stator (76a; 76b) is realized as a module.
A drive assembly for a kart , comprising: an electric motor including an output shaft ; an assembly housing at least partially surrounding the electric motor , the assembly housing defining an aperture ; an intermediate shaft rotatably disposed within the assembly housing ; a driving gear removably disposed on the output shaft within the assembly housing ; a reduction gear removably disposed on the intermediate shaft within the assembly housing , the reduction gear being driven by the driving gear ; and a panel removably connected to the assembly housing for selectively covering the aperture , the driving gear and the reduction gear being removable from the motor and the assembly housing via the aperture when the panel is removed from the assembly housing , and characterised in that the panel , the driving gear , and the reduction gear being disposed above a maximum level of transmission oil contained within the assembly housing when the electric motor is not operating. an electric motor including an output shaft ; an assembly housing at least partially surrounding the electric motor , the assembly housing defining an aperture ; an intermediate shaft rotatably disposed within the assembly housing ; a driving gear removably disposed on the output shaft within the assembly housing ; a reduction gear removably disposed on the intermediate shaft within the assembly housing , the reduction gear being driven by the driving gear ; and a panel removably connected to the assembly housing for selectively covering the aperture , the driving gear and the reduction gear being removable from the motor and the assembly housing via the aperture when the panel is removed from the assembly housing , and characterised in that the panel , the driving gear , and the reduction gear being disposed above a maximum level of transmission oil contained within the assembly housing when the electric motor is not operating.
Interleukin-8 (IL-8) for use in a method for improving health of a female mammal, the use comprising administering to the female mammal an effective amount of Interleukin-8 (IL-8); wherein the female mammal is within twenty weeks of parturition; and wherein the improving the health of the female mammal comprises inhibiting development of puerperal metritis. wherein the female mammal is within twenty weeks of parturition; and wherein the improving the health of the female mammal comprises inhibiting development of puerperal metritis.
A process for producing an olefin stream from a steam-cracked hydrocarbon stream, comprising: steam cracking a hydrocarbon stream to form a steam-cracked hydrocarbon stream and a heavy pyrolysis oil stream, wherein the steam-cracked hydrocarbon stream comprises at least one of butadiene, ethylene, propylene, and/or any combinations thereof; separating the steam-cracked hydrocarbon stream to form an olefin rich stream and a raw pyrolysis gasoline stream; hydrotreating the raw pyrolysis gasoline stream with hydrogen in a hydrotreating unit to hydrogenate the aromatic hydrocarbons in the raw pyrolysis gasoline stream and to remove any nitrogen and/or sulfur containing species from the raw pyrolysis gasoline stream to form a first hydrotreated pyrolysis gasoline stream; saturating the first hydrotreated pyrolysis gasoline stream together with at least one additional naphtha/hydrocarbon stream to form a first naphthene stream, wherein the at least one additional naphtha/hydrocarbon stream is a hydrocarbon stream containing at least one aromatic component, at least one polyaromatic component and/or any combination thereof, wherein the saturating comprises reacting the first hydrotreated pyrolysis gasoline and the at least one additional naphtha/hydrocarbon stream with hydrogen in the presence of a catalyst in a saturating unit; and flowing the naphthene stream to the steam cracking to form olefins; wherein prior to the saturating the first hydrotreated pyrolysis gasoline stream is processed to saturate one or more dicyclopentadiene compounds present therein. steam cracking a hydrocarbon stream to form a steam-cracked hydrocarbon stream and a heavy pyrolysis oil stream, wherein the steam-cracked hydrocarbon stream comprises at least one of butadiene, ethylene, propylene, and/or any combinations thereof; separating the steam-cracked hydrocarbon stream to form an olefin rich stream and a raw pyrolysis gasoline stream; hydrotreating the raw pyrolysis gasoline stream with hydrogen in a hydrotreating unit to hydrogenate the aromatic hydrocarbons in the raw pyrolysis gasoline stream and to remove any nitrogen and/or sulfur containing species from the raw pyrolysis gasoline stream to form a first hydrotreated pyrolysis gasoline stream; saturating the first hydrotreated pyrolysis gasoline stream together with at least one additional naphtha/hydrocarbon stream to form a first naphthene stream, wherein the at least one additional naphtha/hydrocarbon stream is a hydrocarbon stream containing at least one aromatic component, at least one polyaromatic component and/or any combination thereof, wherein the saturating comprises reacting the first hydrotreated pyrolysis gasoline and the at least one additional naphtha/hydrocarbon stream with hydrogen in the presence of a catalyst in a saturating unit; and flowing the naphthene stream to the steam cracking to form olefins; wherein prior to the saturating the first hydrotreated pyrolysis gasoline stream is processed to saturate one or more dicyclopentadiene compounds present therein.
Security document which is made up of a number of layers that are interconnected by means of lamination and comprise a substrate, a printed layer having security-relevant information and a cover layer, wherein the printed layer is arranged between the substrate and the cover layer , wherein - the cover layer has a security element having a structure which comprises structural elements that have dimensions of less than 200 micrometers; - the cover layer is a transparent layer; - the structural elements are formed as holes; - the structural elements are formed such that, when viewed perpendicularly to the surface , the structure is not visible to the naked eye and underlying information of the printed layer remains discernible; - the structural elements are formed such that, when viewed at an acute angle, the structure is visible as a matte surface and, when the incidence of light is inclined, shows the effect of an optical grating by the spectral colors of the incident light becoming visible; and - the structure comprises individualizing information about an owner of the security document . - the cover layer has a security element having a structure which comprises structural elements that have dimensions of less than 200 micrometers; - the cover layer is a transparent layer; - the structural elements are formed as holes; - the structural elements are formed such that, when viewed perpendicularly to the surface , the structure is not visible to the naked eye and underlying information of the printed layer remains discernible; - the structural elements are formed such that, when viewed at an acute angle, the structure is visible as a matte surface and, when the incidence of light is inclined, shows the effect of an optical grating by the spectral colors of the incident light becoming visible; and - the structure comprises individualizing information about an owner of the security document .
A system for detecting an acoustic signature of a component in an industrial plant and evaluating a condition of the component , the system comprising: a first lighting device configured to illuminate an area of the industrial plant ; a first acoustic sensor embedded within the first lighting device and configured to detect the acoustic signature of the component in the industrial plant , wherein the acoustic signature comprises one or more sound waves generated by the component when operating; and a computing device communicatively connected to the first acoustic sensor and configured to: determine a difference between a baseline acoustic signature and the acoustic signature of the component ; identify the component from a plurality of components based on at least the acoustic signature and a position of the first lighting device ; and evaluate the condition of the component based on a position of the component and the difference between the acoustic signature and the baseline acoustic signature. a first lighting device configured to illuminate an area of the industrial plant ; a first acoustic sensor embedded within the first lighting device and configured to detect the acoustic signature of the component in the industrial plant , wherein the acoustic signature comprises one or more sound waves generated by the component when operating; and a computing device communicatively connected to the first acoustic sensor and configured to: determine a difference between a baseline acoustic signature and the acoustic signature of the component ; identify the component from a plurality of components based on at least the acoustic signature and a position of the first lighting device ; and evaluate the condition of the component based on a position of the component and the difference between the acoustic signature and the baseline acoustic signature. determine a difference between a baseline acoustic signature and the acoustic signature of the component ; identify the component from a plurality of components based on at least the acoustic signature and a position of the first lighting device ; and evaluate the condition of the component based on a position of the component and the difference between the acoustic signature and the baseline acoustic signature.
Monodisperse hydrogel particles comprising a cross-linked product of a vinyl alcohol-based polymer having an ethylenically unsaturated group and an average degree of polymerization of 450 or more, the monodisperse hydrogel particles having an average particle size of 10 to 5,000 μm, and a coefficient of variation of a particle size distribution of 10% or less, wherein the total amount of vinyl alcohol-derived structural units and vinyl ester-derived structural units relative to all structural units constituting the vinyl alco-hol-based polymer is 90 mol% or more, the average degree of polymerization is measured in accordance with JIS K 6726:1994, the average particle size of the hydrogel particles is measured by using a laser diffraction/scattering type particle size distribution measuring device, and the coefficient of variation of a particle size distribution of the hydrogel particles is on a logarithmic scale, and is measured by using a laser diffraction/scattering type particle size distribution measuring device. the total amount of vinyl alcohol-derived structural units and vinyl ester-derived structural units relative to all structural units constituting the vinyl alco-hol-based polymer is 90 mol% or more, the average degree of polymerization is measured in accordance with JIS K 6726:1994, the average particle size of the hydrogel particles is measured by using a laser diffraction/scattering type particle size distribution measuring device, and the coefficient of variation of a particle size distribution of the hydrogel particles is on a logarithmic scale, and is measured by using a laser diffraction/scattering type particle size distribution measuring device.