mhurhangee/patent-ind-claim-en huggingface dataset:
A combined battery comprising a plurality of laminated and electrically connected flat-type cells having electrode tabs with different polarity, comprising a plurality of units comprising a plurality of the laminated and electrically connected flat-type cells, wherein: in each of the units, a welding part for electrically connecting the flat-type cells themselves is dislocated from electrode tabs other than two electrode tabs electrically connected thereby, viewed from the lamination direction; wherein a welding part for electrically connecting the units themselves is dislocated from all the electrode tabs welded in formation of the units, viewed from the lamination direction, and wherein the electrode tabs of the flat-type cells are laminated and directly connected themselves by welding them in each group of the tabs and each unit of the cells, and thereby the all units of the flat-type cells are electrically connected in series, wherein the tabs are a single L. in each of the units, a welding part for electrically connecting the flat-type cells themselves is dislocated from electrode tabs other than two electrode tabs electrically connected thereby, viewed from the lamination direction; wherein a welding part for electrically connecting the units themselves is dislocated from all the electrode tabs welded in formation of the units, viewed from the lamination direction, and wherein the electrode tabs of the flat-type cells are laminated and directly connected themselves by welding them in each group of the tabs and each unit of the cells, and thereby the all units of the flat-type cells are electrically connected in series, wherein the tabs are a single L.
A dishwasher for washing dishes according to an automatic cycle of operation, comprising: a tub at least partially defining a treating chamber for receiving dishes for cleaning; a spraying system supplying liquid to the treating chamber and having a sprayer ; a sprayer body mounted within the tub for movement about a rotatable axis and having an interior ; a liquid passage provided in the interior ; multiple spray outlets extending through the body and in fluid communication with the liquid passage and configured to emit a spray of liquid into the treating chamber to wash the dishes; a first valve body moveable relative to the body and having at least one opening to fluidly couple at least one of the multiple spray outlets to the liquid passage ; and a second valve body selectively moveable relative to at least one of the sprayer body or the first valve body to control a flow of liquid through the at least one opening or through at least one of the multiple spray outlets , the dishwasher being characterised in that : the first valve body includes a first slidable element having multiple openings which align with some of the multiple spray outlets such that the some of the multiple spray outlets are fluidly coupled to the liquid passage and the second valve body includes a second slidable element that has solid portions which block the fluid coupling between at least one of the multiple spray outlets and the liquid passage , open portions being formed in the second slidable element to allow at least one of the multiple spray outlets to fluidly couple with the liquid passage . a tub at least partially defining a treating chamber for receiving dishes for cleaning; a spraying system supplying liquid to the treating chamber and having a sprayer ; a sprayer body mounted within the tub for movement about a rotatable axis and having an interior ; a liquid passage provided in the interior ; multiple spray outlets extending through the body and in fluid communication with the liquid passage and configured to emit a spray of liquid into the treating chamber to wash the dishes; a first valve body moveable relative to the body and having at least one opening to fluidly couple at least one of the multiple spray outlets to the liquid passage ; and a second valve body selectively moveable relative to at least one of the sprayer body or the first valve body to control a flow of liquid through the at least one opening or through at least one of the multiple spray outlets , the first valve body includes a first slidable element having multiple openings which align with some of the multiple spray outlets such that the some of the multiple spray outlets are fluidly coupled to the liquid passage and the second valve body includes a second slidable element that has solid portions which block the fluid coupling between at least one of the multiple spray outlets and the liquid passage , open portions being formed in the second slidable element to allow at least one of the multiple spray outlets to fluidly couple with the liquid passage .
A turbomachine with counter-rotating turbine for an aircraft, the turbomachine comprising a counter-rotating turbine a first rotor of which is configured to rotate in a first direction of rotation and is connected to a first turbine shaft , and a second rotor is configured to rotate in an opposite direction of rotation and is connected to a second turbine shaft , the first rotor comprising turbine wheels interposed between turbine wheels of the second rotor, the turbomachine further comprising a mechanical reduction gear with an epicyclic gear train of the planetary type which comprises a sun gear driven in rotation by said second shaft , a ring gear driven in rotation by said first shaft , and a planet carrier attached to a stator casing of the turbomachine located upstream of the counter-rotating turbine with respect to a direction of flow of the gases in the turbomachine, characterised in that the planet carrier is attached to the stator casing by means of an annular part with an elongated shape extending inside said second shaft, this part comprising an upstream end attached to the intermediate casing and a downstream end coupled to the planet carrier, and in that this part comprises an integrated circuit for conveying lubricating oil from its upstream end to the planet carrier. the turbomachine comprising a counter-rotating turbine a first rotor of which is configured to rotate in a first direction of rotation and is connected to a first turbine shaft , and a second rotor is configured to rotate in an opposite direction of rotation and is connected to a second turbine shaft , the first rotor comprising turbine wheels interposed between turbine wheels of the second rotor, the turbomachine further comprising a mechanical reduction gear with an epicyclic gear train of the planetary type which comprises a sun gear driven in rotation by said second shaft , a ring gear driven in rotation by said first shaft , and a planet carrier attached to a stator casing of the turbomachine located upstream of the counter-rotating turbine with respect to a direction of flow of the gases in the turbomachine, characterised in that the planet carrier is attached to the stator casing by means of an annular part with an elongated shape extending inside said second shaft, this part comprising an upstream end attached to the intermediate casing and a downstream end coupled to the planet carrier, and in that this part comprises an integrated circuit for conveying lubricating oil from its upstream end to the planet carrier.
A method comprising: placing a downhole tool into a wellbore in a geological formation ; emitting neutrons out of the downhole tool to cause inelastic scattering events that generate photons; and detecting spectra of the photons using the downhole tool ; the method characterized by : distinguishing between a first spectrum of the spectra of the photons that are likely to have originated closer to the downhole tool and a second spectrum of the spectra of the photons that are likely to have originated farther from the downhole tool based at least in part on Doppler broadening of the spectra ; and determining a property of the geological formation using the first spectrum , the second spectrum , or both. placing a downhole tool into a wellbore in a geological formation ; emitting neutrons out of the downhole tool to cause inelastic scattering events that generate photons; and detecting spectra of the photons using the downhole tool ; distinguishing between a first spectrum of the spectra of the photons that are likely to have originated closer to the downhole tool and a second spectrum of the spectra of the photons that are likely to have originated farther from the downhole tool based at least in part on Doppler broadening of the spectra ; and determining a property of the geological formation using the first spectrum , the second spectrum , or both.
A composition for use in promoting tissue regeneration of liver in a subject, the composition comprising a collagen that has been treated with MMP14, wherein the collagen is in a condition where RGD sequence is ready to interact with cells.
An ink jet recording method comprising: a colored ink jetting step of jetting a colored ink including a coloring agent and an organic solvent from an ink jet head onto a recording medium; a colored ink heating step of heating the colored ink jetted onto the recording medium for 5 seconds or longer by maintaining a surface temperature of the recording medium at 50°C to 100°C; a colorless ink jetting step of jetting a colorless ink including a polymerizable compound, a photopolymerization initiator, and an organic solvent from the ink jet head onto the colored ink after the heating; a colorless ink heating step of heating the colorless ink jetted onto the colored ink after the heating by maintaining the surface temperature of the recording medium at 40°C or higher; and a colorless ink curing step of curing the colorless ink by irradiating the colorless ink after the heating with an active energy ray. a colored ink jetting step of jetting a colored ink including a coloring agent and an organic solvent from an ink jet head onto a recording medium; a colored ink heating step of heating the colored ink jetted onto the recording medium for 5 seconds or longer by maintaining a surface temperature of the recording medium at 50°C to 100°C; a colorless ink jetting step of jetting a colorless ink including a polymerizable compound, a photopolymerization initiator, and an organic solvent from the ink jet head onto the colored ink after the heating; a colorless ink heating step of heating the colorless ink jetted onto the colored ink after the heating by maintaining the surface temperature of the recording medium at 40°C or higher; and a colorless ink curing step of curing the colorless ink by irradiating the colorless ink after the heating with an active energy ray.
A liquid crystal display panel comprising a central area (a) and a peripheral area (b) surrounding the central area (a), wherein the display mode of the central area (a) is a display mode controlled by a horizontal electric field or multi-dimensional electric field, the display mode of the peripheral area (b) is a display mode controlled by a vertical electric field, wherein the peripheral area is in a dark state under the application of the vertical electric field.
An ultrasonic transceiver comprising: a piezoelectric body including opposing surfaces having a first electrode and a second electrode , respectively, the piezoelectric body being segmented into a plurality of elements by one or more grooves recessed from a surface having the first electrode among the opposing surfaces; a conductor electrically connected to the first electrode on each of the plurality of elements ; and at least one reinforcement section provided on a part of the second electrode , the part corresponding to a bottom of the one or more grooves, characterized in that : the at least one reinforcement section is formed with solder and an electrode wire is connected to at least one of the reinforcement sections . a piezoelectric body including opposing surfaces having a first electrode and a second electrode , respectively, the piezoelectric body being segmented into a plurality of elements by one or more grooves recessed from a surface having the first electrode among the opposing surfaces; a conductor electrically connected to the first electrode on each of the plurality of elements ; and at least one reinforcement section provided on a part of the second electrode , the part corresponding to a bottom of the one or more grooves, characterized in that : the at least one reinforcement section is formed with solder and an electrode wire is connected to at least one of the reinforcement sections .
An airfoil for a gas turbine engine, the airfoil comprising a unitary ceramic matrix composite (CMC) body, the unitary CMC body comprising: a core comprising a plurality of core ceramic fibers , wherein at least 75 percent of the plurality of the core ceramic fibers are arranged in a radial direction; and a shell surrounding the core , the shell comprising a plurality of shell ceramic fibers wherein the shell ceramic fibers are woven or braided; a first portion of the shell ceramic fibers are arranged in a first direction substantially aligned with a radial axis of the airfoil , and a second portion of the shell ceramic fibers are arranged to extend along a circumference of the airfoil , wherein the airfoil is characterised in that : a surface density of the first portion of the shell ceramic fibers is greater than a surface density of the second portion of the shell ceramic fibers wherein a ratio between a diameter of the core ceramic fibers and a diameter of the shell ceramic fibers is between 2.5 and 20. a core comprising a plurality of core ceramic fibers , wherein at least 75 percent of the plurality of the core ceramic fibers are arranged in a radial direction; and a shell surrounding the core , the shell comprising a plurality of shell ceramic fibers wherein the shell ceramic fibers are woven or braided; a first portion of the shell ceramic fibers are arranged in a first direction substantially aligned with a radial axis of the airfoil , and a second portion of the shell ceramic fibers are arranged to extend along a circumference of the airfoil , wherein the airfoil is characterised in that : a surface density of the first portion of the shell ceramic fibers is greater than a surface density of the second portion of the shell ceramic fibers wherein a ratio between a diameter of the core ceramic fibers and a diameter of the shell ceramic fibers is between 2.5 and 20.
A compound according to Formula (I), or a pharmaceutically acceptable salt thereof: wherein X is O or NH; and (linker) is a linker moiety.
A battery pack comprising: a plurality of battery modules , each comprising a plurality of battery cells; a case accommodating the plurality of the battery modules; and a handle rod embedded in the case characterized in that it further comprises a top cover combined to the handle rod wherein a grip groove for gripping the handle rod is formed on the case, and a cover portion extending from the top cover to close the grip groove is provided. a plurality of battery modules , each comprising a plurality of battery cells; a case accommodating the plurality of the battery modules; and a handle rod embedded in the case characterized in that it further comprises a top cover combined to the handle rod wherein a grip groove for gripping the handle rod is formed on the case, and a cover portion extending from the top cover to close the grip groove is provided.
An apparatus for disrupting debris in a tissue site , the apparatus comprising: a contact layer formed from a felted foam and having a plurality of through-holes separated from each other by walls ; and characterized in that the apparatus comprises a retainer layer configured to be positioned adjacent to and covering the contact layer , wherein the contact layer has a first thickness at ambient pressure, wherein the contact layer is configured to compress to a second thickness in response to a negative pressure, wherein the second thickness is less than the first thickness, wherein the through-holes are configured to form nodules in the tissue site in response to negative pressure, wherein the nodules have a height no greater than the second thickness. a contact layer formed from a felted foam and having a plurality of through-holes separated from each other by walls ; and characterized in that the apparatus comprises a retainer layer configured to be positioned adjacent to and covering the contact layer , wherein the contact layer has a first thickness at ambient pressure, wherein the contact layer is configured to compress to a second thickness in response to a negative pressure, wherein the second thickness is less than the first thickness, wherein the through-holes are configured to form nodules in the tissue site in response to negative pressure, wherein the nodules have a height no greater than the second thickness.
Substrate having an anticorrosion system, wherein the substrate consists of steel and the anticorrosion system is disposed on the surface of the substrate and (i) comprises a plasma-polymeric layer for which the lower limit of the modulus of elasticity of the coating is determined by the following function : E = 25 − 31.5 * x + 13.5 * x 2 − 1.85 * x 3 with x = C/O ratio ascertained by XPS E = modulus of elasticity [GPa] for x ≥ 0.5 and ≤ 2.0 wherein the maximum of the Si 2p peak on the surface of the layer measured by XPS is as follows: for modulus of elasticity < 10 GPa: 102.5-102.8 eV for modulus of elasticity 10-20 GPa: 102.7-103.1 eV and preferably for modulus of elasticity > 20 GPa: > 103.0 eV, characterized in that (ii) there is a zone between the plasma-polymeric layer and the substrate that comprises anticorrosion elements enriched relative to the substrate and selected from the group consisting of Cr, Ni, Mo, Mn, Nb, Cu, Si and Ti, where the zone having anticorrosion elements enriched relative to the substrate is produced or producible by a modification of the substrate material without addition of further material by means of a laser treatment and/or by means of electron beam treatment. x = C/O ratio ascertained by XPS E = modulus of elasticity [GPa] for x ≥ 0.5 and ≤ 2.0
Electric high-voltage circuit breaker comprising a primary chamber and a compression chamber , wherein said circuit breaker further comprises a valve configured to control a fluid flow (F; F1a, F1b, F2a, F2b) between said primary chamber and said compression chamber , wherein said valve comprises a valve body , a first valve plate that is arranged axially movable with respect to said valve body , and a second valve plate that is arranged between and movable with respect to said valve body and said first valve plate , wherein said first valve plate comprises at least one opening enabling a fluid flow through said first valve plate , characterized in that a first surface of said valve body forms a valve seat (VS1a, VS1b) for said first valve plate , and wherein a first surface of said first valve plate forms a valve seat (VS2a, VS2b) for said second valve plate .
A liquid separator provided with a housing which comprises an at least partially cylindrical wall defining a separation chamber , closed at one end by means of a base and at the other end by means of a lid in which there is a gas outlet for the discharge of the treated gas, wherein a shield is provided in said separation chamber surrounding the above-mentioned gas outlet in the aforementioned separation chamber from the aforementioned lid , the liquid separator having an inlet for a liquid-gas mixture to be treated, characterized in that the inlet is located in the aforementioned lid so that the liquid-gas mixture tangentially enters the separation chamber in the space between the aforementioned wall and the shield , in that the housing wall is made up of a sleeve around which a composite is fitted or wound, in that the outer diameter of the afore-mentioned lid is smaller than the outer diameter of the cylindrical wall of the housing and/or the outer diameter of the afore-mentioned base is smaller than the outer diameter of the cylindrical wall of the housing and in that the composite is fitted at least partly over or around the aforementioned lid and base .
A method of operating a Tx user equipment, UE, in a wireless communication system, the method comprising: receiving, by the Tx UE, radio access network, RAN, paging; initiating, by the Tx UE, a radio resource control, RRC, resume procedure; and transmitting, by the Tx UE, an RRC message based on sidelink radio link failure, RLF, to a base station, BS, wherein the RRC message is related to reporting of the sidelink RLF to the BS, and wherein the RRC message includes a destination identifier, ID, related to the sidelink RLF, and wherein, based on the sidelink RLF, a transmission related to a resource request for pending data is not performed by the Tx UE. receiving, by the Tx UE, radio access network, RAN, paging; initiating, by the Tx UE, a radio resource control, RRC, resume procedure; and transmitting, by the Tx UE, an RRC message based on sidelink radio link failure, RLF, to a base station, BS, wherein the RRC message is related to reporting of the sidelink RLF to the BS, and wherein the RRC message includes a destination identifier, ID, related to the sidelink RLF, and wherein, based on the sidelink RLF, a transmission related to a resource request for pending data is not performed by the Tx UE.
A method comprising obtaining information indicative of spatial positions of one or more sound sources within an audio image of a composite audio signal, obtaining information indicative of the types of the one or more sound sources, wherein a type of a sound source is descriptive of at least one characteristic of the sound source, determining , for said one or more sound sources, a respective position in a display of the apparatus that is indicative of the spatial position of the respective sound source and causing an apparatus to display an item representing the sound source in the determined position in the display, wherein the item representing the sound source is determined on basis of the type of the sound source and wherein the size of the item representing the sound source in the display is proportional to its relative signal level in the audio image, receiving an indication of a user action associated with an item indicative of a selected sound source, determining an indication of a user selected modification of the audio image on basis of the user action, and modifying the composite audio signal in accordance with the user selected modification, characterised in that : the position determined for a sound source in a first direction of the display is directly proportional to a vertical component of the spatial position of the respective sound source, the indication of the user action comprises an indication of the user pinching the item representing the selected sound source and the extent of pinching, the indication of the user selected modification comprises an indication to change the signal level of the selected sound source in accordance with the extent of pinching, and the method further comprises changing the size of the item indicative of the selected sound source in the display in accordance with the extent of pinching. the position determined for a sound source in a first direction of the display is directly proportional to a vertical component of the spatial position of the respective sound source, the indication of the user action comprises an indication of the user pinching the item representing the selected sound source and the extent of pinching, the indication of the user selected modification comprises an indication to change the signal level of the selected sound source in accordance with the extent of pinching, and the method further comprises changing the size of the item indicative of the selected sound source in the display in accordance with the extent of pinching.