mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic timepiece with internal antenna, comprising: a tubular outside case ; a time display unit that displays time inside the case ; a back cover that closes a case opening on the opposite side as the display side of the time display unit; a movement including a drive mechanism that drives the time display unit and a main plate that supports the drive mechanism ; a vertical positioning surface , disposed on the inside surface of the case , that projects in the radial direction of the case ; and an annular antenna that is held inside the case and is positioned relative to the movement ; the main plate having an upward pressure part that engages the back cover and lifts the movement to the time display side, and a movement top positioning part that contacts the vertical positioning surface and positions the movement vertically to the case when the upward pressure part lifts the movement to the time display side, wherein: a horizontal positioning surface is formed on the inside surface of the outside case ; the electronic timepiece being characterized in that a plurality of movement outside diameter engaging parts that contact the horizontal positioning surface and determine the horizontal position relative to the outside case are formed on the main plate . a tubular outside case ; a time display unit that displays time inside the case ; a back cover that closes a case opening on the opposite side as the display side of the time display unit; a movement including a drive mechanism that drives the time display unit and a main plate that supports the drive mechanism ; a vertical positioning surface , disposed on the inside surface of the case , that projects in the radial direction of the case ; and an annular antenna that is held inside the case and is positioned relative to the movement ; the main plate having an upward pressure part that engages the back cover and lifts the movement to the time display side, and a movement top positioning part that contacts the vertical positioning surface and positions the movement vertically to the case when the upward pressure part lifts the movement to the time display side, wherein: a horizontal positioning surface is formed on the inside surface of the outside case ; the electronic timepiece being characterized in that a plurality of movement outside diameter engaging parts that contact the horizontal positioning surface and determine the horizontal position relative to the outside case are formed on the main plate . a horizontal positioning surface is formed on the inside surface of the outside case ; the electronic timepiece being characterized in that a plurality of movement outside diameter engaging parts that contact the horizontal positioning surface and determine the horizontal position relative to the outside case are formed on the main plate .
A coated fiber for a composite article, comprising: a fiber body having at least one fiber surface; and a matrix layer at least partially coating the fiber surface and being applied during formation of the fiber body ; wherein the matrix layer has a matrix thickness that is different at different locations on the fiber body ; and wherein: the fiber body has a cross-sectional shape including the fiber surface and at least one fiber body corner ; the matrix layer having a corner region matrix thickness at the fiber body corner and a surface matrix thickness at the fiber surface; and the corner region matrix thickness being greater than the surface matrix thickness by at least approximately 10 percent. a fiber body having at least one fiber surface; and a matrix layer at least partially coating the fiber surface and being applied during formation of the fiber body ; wherein the matrix layer has a matrix thickness that is different at different locations on the fiber body ; and wherein: the fiber body has a cross-sectional shape including the fiber surface and at least one fiber body corner ; the matrix layer having a corner region matrix thickness at the fiber body corner and a surface matrix thickness at the fiber surface; and the corner region matrix thickness being greater than the surface matrix thickness by at least approximately 10 percent. the fiber body has a cross-sectional shape including the fiber surface and at least one fiber body corner ; the matrix layer having a corner region matrix thickness at the fiber body corner and a surface matrix thickness at the fiber surface; and the corner region matrix thickness being greater than the surface matrix thickness by at least approximately 10 percent.
Method for recovery of nitrogen oxides formed in an internal combustion engine , comprising the adsorption of nitrogen oxides (NO x ) from an exhaust gas stream of the internal combustion engine in an adsorber unit , which contains an adsorber material comprising at least one zeolite, removing the adsorber unit loaded with nitrogen oxides (NO x ) or the adsorber material from the adsorber unit , desorption of adsorbed nitrogen oxides (NO x ) from the adsorber material, and converting the nitrogen oxides (NO x ) to liquid or solid nitrogenous compounds .
A device , comprising: a transmitter configured to wirelessly communicate with one or more stations that are partitioned into a plurality of groups; and a processor configured to: generate a message that identifies one or more time periods during which each station of a first group of the plurality of groups is permitted to contend for a communication channel or restricted from contending for the communication channel, instruct the transmitter to transmit the message; and characterized in that the processor is further configured to generate a plurality of messages for the plurality of groups, wherein the plurality of messages for the plurality of groups collectively communicate a plurality of time periods, wherein the plurality of messages are configured such that during each time period only a portion of the plurality of stations are permitted to contend for the communication channel, generate a second message which communicates an end time of the one or more time periods, and cause the second message to be transmitted. a transmitter configured to wirelessly communicate with one or more stations that are partitioned into a plurality of groups; and a processor configured to: generate a message that identifies one or more time periods during which each station of a first group of the plurality of groups is permitted to contend for a communication channel or restricted from contending for the communication channel, instruct the transmitter to transmit the message; and characterized in that the processor is further configured to generate a plurality of messages for the plurality of groups, wherein the plurality of messages for the plurality of groups collectively communicate a plurality of time periods, wherein the plurality of messages are configured such that during each time period only a portion of the plurality of stations are permitted to contend for the communication channel, generate a second message which communicates an end time of the one or more time periods, and cause the second message to be transmitted. generate a message that identifies one or more time periods during which each station of a first group of the plurality of groups is permitted to contend for a communication channel or restricted from contending for the communication channel, instruct the transmitter to transmit the message; and characterized in that the processor is further configured to generate a plurality of messages for the plurality of groups, wherein the plurality of messages for the plurality of groups collectively communicate a plurality of time periods, wherein the plurality of messages are configured such that during each time period only a portion of the plurality of stations are permitted to contend for the communication channel, generate a second message which communicates an end time of the one or more time periods, and
A ring-shaped cofferdam and temporary pit excavation structure using tapered square pipes , the structure comprising a plurality of tapered square pipes with a trapezoidal cross-section, wherein each of the plurality of tapered square pipes has a coupling protrusion or a coupling groove formed in a longitudinal direction on a first side, and wherein each of the plurality of tapered square pipes has a coupling protrusion or a coupling groove formed in the longitudinal direction on a second side, wherein the plurality of tapered square pipes are assembled by coupling the coupling protrusions and the coupling grooves , and wherein a long side of two parallel sides of the trapezoid is disposed outside, and a short side is disposed inside, characterized in that tapered cross-sections of some of the plurality of tapered square pipes are inclined at different angles, and wherein the ring-shaped cofferdam and temporary pit excavation structure further comprises an anchor member that is fitted in a lower end of one of the plurality of tapered square pipes , wherein the anchor member has: a fitting portion formed at an upper end of the anchor member to be fitted in a lower end of one of the plurality of tapered square pipes; and an anchor portion extending uniformly a predetermined length from the fitting portion and then decreasing in cross-sectional area toward a lower end, and an upper end of the anchor portion is larger in cross-sectional area than the fitting portion . wherein each of the plurality of tapered square pipes has a coupling protrusion or a coupling groove formed in a longitudinal direction on a first side, and wherein each of the plurality of tapered square pipes has a coupling protrusion or a coupling groove formed in the longitudinal direction on a second side, wherein the plurality of tapered square pipes are assembled by coupling the coupling protrusions and the coupling grooves , and wherein a long side of two parallel sides of the trapezoid is disposed outside, and a short side is disposed inside, characterized in that tapered cross-sections of some of the plurality of tapered square pipes are inclined at different angles, and wherein the ring-shaped cofferdam and temporary pit excavation structure further comprises an anchor member that is fitted in a lower end of one of the plurality of tapered square pipes , wherein the anchor member has: a fitting portion formed at an upper end of the anchor member to be fitted in a lower end of one of the plurality of tapered square pipes; and an anchor portion extending uniformly a predetermined length from the fitting portion and then decreasing in cross-sectional area toward a lower end, and an upper end of the anchor portion is larger in cross-sectional area than the fitting portion . a fitting portion formed at an upper end of the anchor member to be fitted in a lower end of one of the plurality of tapered square pipes; and an anchor portion extending uniformly a predetermined length from the fitting portion and then decreasing in cross-sectional area toward a lower end, and an upper end of the anchor portion is larger in cross-sectional area than the fitting portion .
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.
An operating room cable assembly for an electrical stimulation system, the operating room cable assembly comprising: a lead connector comprising a housing having an outer surface , a first end , and an opposing second end , a lead passageway open at the first end of the housing and extending inwardly towards the second end of the housing, a plurality of connector contacts disposed in the housing and exposed to the lead passageway, wherein the connector contacts are configured and arranged to engage terminals disposed along a lead or lead extension when the lead or lead extension is operationally inserted into the lead passageway, a first tab lumen defined along the outer surface of the housing and extending inwardly to the lead passageway, and a first biased tab disposed in the first tab lumen and pivotally coupled to the housing at a pivotal connection within the first tab lumen, the first biased tab having a first end exposed to the outer surface of the housing and an opposing second end exposed to the lead passageway, the first biased tab configured and arranged to move to an unlock position by pivoting the second end of the first biased tab away from any inserted lead or lead extension in the lead passageway and biased to return to a lock position, wherein, when in the lock position, the first biased tab is biased to exert a force against the lead or lead extension inserted into the lead passageway, the exerted force sufficient to resist axial movement of the lead or lead extension relative to the lead connector. a housing having an outer surface , a first end , and an opposing second end , a lead passageway open at the first end of the housing and extending inwardly towards the second end of the housing, a plurality of connector contacts disposed in the housing and exposed to the lead passageway, wherein the connector contacts are configured and arranged to engage terminals disposed along a lead or lead extension when the lead or lead extension is operationally inserted into the lead passageway, a first tab lumen defined along the outer surface of the housing and extending inwardly to the lead passageway, and a first biased tab disposed in the first tab lumen and pivotally coupled to the housing at a pivotal connection within the first tab lumen, the first biased tab having a first end exposed to the outer surface of the housing and an opposing second end exposed to the lead passageway, the first biased tab configured and arranged to move to an unlock position by pivoting the second end of the first biased tab away from any inserted lead or lead extension in the lead passageway and biased to return to a lock position, wherein, when in the lock position, the first biased tab is biased to exert a force against the lead or lead extension inserted into the lead passageway, the exerted force sufficient to resist axial movement of the lead or lead extension relative to the lead connector.
A compound of Formula (I): or its pharmaceutically acceptable salt, wherein, R 1 is a group represented by the formula: wherein X 2 is N or C(H), R x1 is halogen, R x3 is non-aromatic carbocyclyloxy, R x4 is hydrogen, R x5 is alkyl, ring A is a group represented by the formula: -L 1 - is -O-, -L 2 - is -O-(CH 2 )- or -(CH 2 ) 2 -, wherein, the left bond binds to ring A, the right bond binds to a group represented by the formula: R 2 is alkyl or haloalkyl, R 3 is hydrogen, R 4 is alkylcarbonyl or carbamoyl, provided that, the following compound is excluded, R 1 is a group represented by the formula: wherein X 2 is N or C(H), R x1 is halogen, R x3 is non-aromatic carbocyclyloxy, R x4 is hydrogen, R x5 is alkyl, ring A is a group represented by the formula: -L 1 - is -O-, -L 2 - is -O-(CH 2 )- or -(CH 2 ) 2 -, wherein, the left bond binds to ring A, the right bond binds to a group represented by the formula: R 2 is alkyl or haloalkyl, R 3 is hydrogen, R 4 is alkylcarbonyl or carbamoyl, provided that, the following compound is excluded,
A windscreen wiper device comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade is of the flat blade type and includes at least one longitudinal groove , in which groove a longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm , wherein said oscillating arm is pivotally connected to said connecting device about a pivot axis near a free end thereof, with the interposition of a joint part , wherein said joint part comprises at least one resilient tongue engaging in a correspondingly shaped hole provided in said oscillating arm , and wherein said resilient tongue is rotatable along an hinge axis between an outward position retaining the wiper blade onto the oscillating arm and an inward position releasing the wiper blade from the oscillating arm , wherein said oscillating arm has an at least substantially U-shaped cross-section at the location of its connection to said joint part , wherein said joint part is positioned at least substantially within the U-shaped cross-section of said oscillating arm , and wherein said oscillating arm and said joint part are interconnected by introduction of said joint part between legs of the U-shaped cross-section of said oscillating arm in longitudinal direction of said wiper blade , characterized in that an end side of said joint part facing towards said free end of said oscillating arm closes said U-shaped cross-section thereof from the outside.
A method for stimulating absorption of iron present in the soil in a plant which is not in an iron-deficient condition, characterized in that it comprises supplying an effective quantity of silicon to said plant or to soils, characterized in that it also comprises supplying an effective quantity of iron in the form of "EDTA, 2NaFe, H 2 O " to said plant or to soils.
A fuel tank inerting system for an aircraft comprising: an air flow including a mixture of air from a first source having a first temperature and air from a second source having a second temperature, the second temperature being cooler than the first temperature; and at least one air separating module configured to separate an inert gas from the air flow, said inert gas being configured to be supplied to a fuel tank ; and an environmental control system of the aircraft comprising a primary heat exchanger and an air cycle machine , wherein the air from the first source is configured to be bleed air from an engine of the aircraft; and the second source includes air provided from an outlet of the primary heat exchanger of the environmental control system , characterised in that the air from the second source is a portion of cool air output from the primary heat exchanger of the environmental control system , wherein the air from the second source is diverted upstream of the air cycle machine . an air flow including a mixture of air from a first source having a first temperature and air from a second source having a second temperature, the second temperature being cooler than the first temperature; and at least one air separating module configured to separate an inert gas from the air flow, said inert gas being configured to be supplied to a fuel tank ; and an environmental control system of the aircraft comprising a primary heat exchanger and an air cycle machine , wherein the air from the first source is configured to be bleed air from an engine of the aircraft; and the second source includes air provided from an outlet of the primary heat exchanger of the environmental control system , characterised in that the air from the second source is a portion of cool air output from the primary heat exchanger of the environmental control system , wherein the air from the second source is diverted upstream of the air cycle machine .
A pipe heating for heating a pipe carrying a medium, comprising a PTC heating device which comprises at least one PTC element and conductor lines (8; 10), wherein the PTC element may extend in the longitudinal direction of the pipe while being disposed between the conductor lines (8; 10) assigned to different polarities, wherein a heat transfer member is provided, wherein a housing biasing member and a housing counter member are provided and wherein the housing biasing member together with the housing counter member encloses the PTC heating device and the pipe and is configured to bias the PTC heating device against the outer circumferential surface of the pipe for retaining it thereto, characterized in that the PTC heating device is provided between the heat transfer member and the housing biasing member and in that the heat transfer member forms a convex inner surface abuttable in planar contact against the pipe and an opposing abutting surface underneath the PTC element which extends at least in parts linearly.
An inhibitor of KDM5A for use in the prevention or treatment of sporadic inclusion body myositis in a subject.
A display substrate, comprising a base substrate and a plurality of pixel regions on one side of the base substrate , wherein each of at least one pixel region of the plurality of pixel regions is provided with a color filter and an auxiliary portion , the color filter and the auxiliary portion are integrally formed, and a gas hole is provided in the auxiliary portion , the display substrate further comprises a light-shielding pattern between at least two adjacent pixel regions of the plurality of pixel regions, wherein at least three adjacent pixel regions of the plurality of pixel regions are provided with color filters of different colors, which comprise a red filter , a green filter and a blue filter , and the light-shielding pattern comprises a first portion , a second portion and a third portion sequentially stacked; characterised in that the red filter and the first portion are formed simultaneously and made of a same material; the green filter and the second portion are formed simultaneously and made of a same material; and the blue filter and the third portion are formed simultaneously and made of a same material, each of the first portion , the second portion and the third portion is provided with a gas hole , and the gas hole is a groove or a through hole. wherein each of at least one pixel region of the plurality of pixel regions is provided with a color filter and an auxiliary portion , the color filter and the auxiliary portion are integrally formed, and a gas hole is provided in the auxiliary portion , the display substrate further comprises a light-shielding pattern between at least two adjacent pixel regions of the plurality of pixel regions, wherein at least three adjacent pixel regions of the plurality of pixel regions are provided with color filters of different colors, which comprise a red filter , a green filter and a blue filter , and the light-shielding pattern comprises a first portion , a second portion and a third portion sequentially stacked; characterised in that the red filter and the first portion are formed simultaneously and made of a same material; the green filter and the second portion are formed simultaneously and made of a same material; and the blue filter and the third portion are formed simultaneously and made of a same material, each of the first portion , the second portion and the third portion is provided with a gas hole , and the gas hole is a groove or a through hole.