mhurhangee/ep-ind-claims huggingface dataset:
A packer, comprising: a swellable material; a degradable material; and a generally tubular mandrel, characterized in that the degradable material supports the swellable material, but which degrades in response to contact with a selected fluid in a well via a passage through the mandrel providing fluid communication between the degradable material and the interior of the mandrel. a swellable material; a degradable material; and a generally tubular mandrel, characterized in that the degradable material supports the swellable material, but which degrades in response to contact with a selected fluid in a well via a passage through the mandrel providing fluid communication between the degradable material and the interior of the mandrel.
A method for controlling a selective catalytic reduction system providing a processing of the nitrogen oxides (NOx) present in an exhaust line of an internal combustion engine, said system comprising means (6, 8) for introducing into said exhaust line a reducing agent upstream of a catalyser for reduction of the nitrogen oxides, characterized in that said method comprises a step of estimation of an efficiency, designated total efficiency (EffTot), of the system from a modelling of the efficiency of a first reaction, designated efficiency due to injection (Effinj), between a quantity of reducing agent newly injected and nitrogen oxides present upstream of said catalyser, and a modelling of an efficiency of a second reaction, designated efficiency due to loading (EffLd), between nitrogen oxides remaining after the first reaction and a quantity of reducing agent stored in said catalyser.
A transducer assembly for use in an ultrasonic flow meter, the transducer assembly comprising: a transducer housing; a piezoelectric crystal disposed within the transducer housing; and a mini-horn array coupled to the transducer housing, the transducer assembly characterised by: the mini-horn array comprising: an opening-free enclosure; a closed cavity inside the enclosure, the cavity having a proximal end surface and a distal end surface; and a plurality of horns enclosed within the closed cavity, wherein the horn include a horn base portion adjacent to the proximal end surface of the cavity and a horn neck portion that extends from the horn base portion in a direction away from the piezoelectric crystal and towards the distal end surface of the cavity, wherein the horn neck portions are separated by spaces within the cavity. a transducer housing; a piezoelectric crystal disposed within the transducer housing; and a mini-horn array coupled to the transducer housing, the transducer assembly characterised by: the mini-horn array comprising: an opening-free enclosure; a closed cavity inside the enclosure, the cavity having a proximal end surface and a distal end surface; and a plurality of horns enclosed within the closed cavity, wherein the horn include a horn base portion adjacent to the proximal end surface of the cavity and a horn neck portion that extends from the horn base portion in a direction away from the piezoelectric crystal and towards the distal end surface of the cavity, wherein the horn neck portions are separated by spaces within the cavity. an opening-free enclosure; a closed cavity inside the enclosure, the cavity having a proximal end surface and a distal end surface; and a plurality of horns enclosed within the closed cavity, wherein the horn include a horn base portion adjacent to the proximal end surface of the cavity and a horn neck portion that extends from the horn base portion in a direction away from the piezoelectric crystal and towards the distal end surface of the cavity, wherein the horn neck portions are separated by spaces within the cavity.
Pharmaceutical composition in the form of a solid oral dosage form comprising solifenacin or a pharmaceutically acceptable salt thereof as a pharmaceutically active ingredient and excipient granules, wherein the composition is obtained by a process comprising the method steps of: i) preparing excipient granules from at least two pharmaceutical excipients by wet granulation, ii) mixing said excipient granules with the pharmaceutically active ingredient and optionally with additional pharmaceutical excipients to obtain a mixture, iii) subjecting the mixture obtained in method step (ii) to compression, and iv) optionally milling the compacted mass obtained in method step (iii), optionally mixing the milled mass with pharmaceutical excipients, and subjecting the milled mass/mixture to compression. i) preparing excipient granules from at least two pharmaceutical excipients by wet granulation, ii) mixing said excipient granules with the pharmaceutically active ingredient and optionally with additional pharmaceutical excipients to obtain a mixture, iii) subjecting the mixture obtained in method step (ii) to compression, and iv) optionally milling the compacted mass obtained in method step (iii), optionally mixing the milled mass with pharmaceutical excipients, and subjecting the milled mass/mixture to compression.
A method, comprising: broadcasting (307; 1303) meta-data to a plurality of client systems (105, 107, 109), the meta-data including attributes values describing respective pieces of broadcast programming content from among a plurality of pieces of broadcast programming content available for consideration for inclusion in a future, yet to be scheduled, broadcast; receiving content ratings for each of the plurality of pieces of broadcast programming content from the plurality of client systems, wherein the content ratings are obtained for respective pieces of broadcast programming content using the broadcast meta-data and a meta-data table maintained and updated at each of the plurality of client systems, wherein the contents ratings are based on attribute relevance values and believability factors from the meta-data table, wherein an attribute relevance value indicates how relevant a particular attribute value is for predicting a likelihood that a user will watch a piece of broadcast programming, and wherein a believability factor is a weighting factor to be applied to a specific attribute value when predicting whether a user will express an interest in the respective pieces of broadcast programming content; and broadcasting (319; 1325) a selected portion of the plurality of pieces of broadcast programming content to the plurality of client systems during the future broadcast, the selected portion of the plurality of pieces of broadcast programming content being selected in response to the content ratings received from the plurality of client systems. broadcasting (307; 1303) meta-data to a plurality of client systems (105, 107, 109), the meta-data including attributes values describing respective pieces of broadcast programming content from among a plurality of pieces of broadcast programming content available for consideration for inclusion in a future, yet to be scheduled, broadcast; receiving content ratings for each of the plurality of pieces of broadcast programming content from the plurality of client systems, wherein the content ratings are obtained for respective pieces of broadcast programming content using the broadcast meta-data and a meta-data table maintained and updated at each of the plurality of client systems, wherein the contents ratings are based on attribute relevance values and believability factors from the meta-data table, wherein an attribute relevance value indicates how relevant a particular attribute value is for predicting a likelihood that a user will watch a piece of broadcast programming, and wherein a believability factor is a weighting factor to be applied to a specific attribute value when predicting whether a user will express an interest in the respective pieces of broadcast programming content; and broadcasting (319; 1325) a selected portion of the plurality of pieces of broadcast programming content to the plurality of client systems during the future broadcast, the selected portion of the plurality of pieces of broadcast programming content being selected in response to the content ratings received from the plurality of client systems.
A method in a base station for activating or deactivating an extended carrier comprising: configuring an extended carrier of an independent carrier for a user equipment, wherein the extended carrier comprises one of an adjacent extended carrier of the independent carrier and a non-adjacent extended carrier of the independent carrier; characterized in that the method further comprises: activating or deactivating the extended carrier,according to whether the extended carrier has an independent index relative to the independent carrier, by using a bit in an original media access control control element, MAC CE, and/or an extended MAC CE and corresponding to an index of the extended carrier. configuring an extended carrier of an independent carrier for a user equipment, wherein the extended carrier comprises one of an adjacent extended carrier of the independent carrier and a non-adjacent extended carrier of the independent carrier; activating or deactivating the extended carrier,according to whether the extended carrier has an independent index relative to the independent carrier, by using a bit in an original media access control control element, MAC CE, and/or an extended MAC CE and corresponding to an index of the extended carrier.
An electrode comprising a mixed-phase doped nickelate-containing composition comprising a first component-type comprising one or more components with an O3 structure together with one or more component types selected from a second component-type comprising one or more components with a P2 structure, and a third component-type comprising one or more components with a P3 structure, represented by a weighted average formula: A′′′ a′′′ M 1′′′ V′′′ M 2′′′ W′′′ M 3′′′ X′′′ M 4′′′ y′′′ M 5′′′ Z′′′ O 2 wherein A′′′ comprises one or more alkali metals selected from sodium, lithium and potassium; M 1 ′′′ is nickel in oxidation state 2+, M 2 ′′′ comprises one or more metals in oxidation state 4+, M 3 ′′′ comprises one or more metals in oxidation state 2+, M 4 ′′′ comprises one or more metals in oxidation state 4+, and M 5 ′′′ comprises one or more metals in oxidation state 3+ wherein 0.4 ≤ a′′′ < 1; 0 < v′′′ < 0.5; at least one of w′′′ and y′′′ is > 0; x′′′ ≥ 0; z′′′ ≥ 0; wherein a′′′, v"', w"', x"', y′′′ and z′′′ are chosen to maintain electroneutrality. A′′′ comprises one or more alkali metals selected from sodium, lithium and potassium; M 1 ′′′ is nickel in oxidation state 2+, M 2 ′′′ comprises one or more metals in oxidation state 4+, M 3 ′′′ comprises one or more metals in oxidation state 2+, M 4 ′′′ comprises one or more metals in oxidation state 4+, and M 5 ′′′ comprises one or more metals in oxidation state 3+ wherein 0.4 ≤ a′′′ < 1; 0 < v′′′ < 0.5; at least one of w′′′ and y′′′ is > 0; x′′′ ≥ 0; z′′′ ≥ 0; wherein a′′′, v"', w"', x"', y′′′ and z′′′ are chosen to maintain electroneutrality.
A method for determining an adenocarcinoma subtype of a lung tissue sample obtained from a patient, the method comprising detecting an expression level of all the classifier biomarkers of Table 1, wherein the detection of the expression level of all the classifier biomarkers specifically identifies a Terminal Respiratory Unit, Proximal Proliferative, or Proximal Inflammatory AD subtype.
A display device, comprising: a display panel; a frame positioned at a back of the display panel; a main light assembly positioned on the frame between the display panel and the frame; and a side light assembly (LA1, LA2) positioned on the frame between the display panel and the frame and positioned to be adjacent to the main light assembly, wherein the frame comprises a bottom forming a lower surface and a side support (130S1, 130S2) extended from the bottom to one side of the display panel, wherein the side support (130S1, 130S2) is closer to the display panel than the bottom, wherein the main light assembly is positioned at the bottom, and wherein the side light assembly (LA1, LA2) is positioned at the side support (130S1, 130S2), a reflection sheet positioned between the main light assembly and the display panel, wherein the reflection sheet comprises: a first part positioned on the bottom or a substrate positioned on the bottom; a second part extended from the first part to the side light assembly (LA 1, LA2) and positioned space apart from the side support (130S1, 130S2); and a third part elongated from the second part and covering a part of the side light assembly (LA1, LA2). a display panel; a frame positioned at a back of the display panel; a main light assembly positioned on the frame between the display panel and the frame; and a side light assembly (LA1, LA2) positioned on the frame between the display panel and the frame and positioned to be adjacent to the main light assembly, wherein the frame comprises a bottom forming a lower surface and a side support (130S1, 130S2) extended from the bottom to one side of the display panel, wherein the side support (130S1, 130S2) is closer to the display panel than the bottom, wherein the main light assembly is positioned at the bottom, and wherein the side light assembly (LA1, LA2) is positioned at the side support (130S1, 130S2), a reflection sheet positioned between the main light assembly and the display panel, wherein the reflection sheet comprises: a first part positioned on the bottom or a substrate positioned on the bottom; a second part extended from the first part to the side light assembly (LA 1, LA2) and positioned space apart from the side support (130S1, 130S2); and a third part elongated from the second part and covering a part of the side light assembly (LA1, LA2). a first part positioned on the bottom or a substrate positioned on the bottom; a second part extended from the first part to the side light assembly (LA 1, LA2) and positioned space apart from the side support (130S1, 130S2); and a third part elongated from the second part and covering a part of the side light assembly (LA1, LA2).
A method for providing ventilation to a clean room, the method being characterized by: providing, by at least one displacement air supply unit of a first air supply system, a volume of displacing laminar flow of clean air forming a first air zone, covering a work area, of the clean room; and providing, by at least one dilution air supply unit of a second air supply system, a volume of diluting turbulent flow of clean air forming a second air zone, covering an ambient area, of the clean room; wherein said second air supply system is arranged such that said second air zone at least partly surrounds the first air zone, and wherein said first air zone and said second air zone together make up the total room area of the clean room. providing, by at least one displacement air supply unit of a first air supply system, a volume of displacing laminar flow of clean air forming a first air zone, covering a work area, of the clean room; and providing, by at least one dilution air supply unit of a second air supply system, a volume of diluting turbulent flow of clean air forming a second air zone, covering an ambient area, of the clean room; wherein said second air supply system is arranged such that said second air zone at least partly surrounds the first air zone, and wherein said first air zone and said second air zone together make up the total room area of the clean room.
A trim piece for a refrigerator shelf, said trim piece having: a. a body extending in a longitudinal direction; b. a longitudinal cavity or channel extending in said longitudinal direction and having a U-shaped cross section, wherein said longitudinal cavity or channel is defined by an upper wall and a lower wall formed along one of the longitudinal sides of the trim piece, said upper wall and lower wall protruding from said body in a transverse direction that is perpendicular to the longitudinal direction and that defines with it a horizontal plane on which the trim piece lies; wherein said upper and lower walls (13, 14) are spaced apart from each other in a vertical direction perpendicular to said longitudinal direction and said transverse direction so as to receive a front edge of a shelf and define a press fitting; wherein protruding portions in the form of tabs are formed on inner surfaces of either or both the upper and lower walls (13, 14) of the longitudinal cavity; and wherein further tabs are formed on the inner surface of the upper wall at end portions (17, 18) of the body, said further tabs protruding towards the longitudinal cavity characterized in that the further tabs extend in the transverse direction on the inner surface of the upper wall and in that the wall of the longitudinal cavity opposite to the wall where the further tabs are formed is shorter than the latter in the longitudinal direction, such that the further tabs are fully visible from below. a. a body extending in a longitudinal direction; b. a longitudinal cavity or channel extending in said longitudinal direction and having a U-shaped cross section, wherein said longitudinal cavity or channel is defined by an upper wall and a lower wall formed along one of the longitudinal sides of the trim piece, said upper wall and lower wall protruding from said body in a transverse direction that is perpendicular to the longitudinal direction and that defines with it a horizontal plane on which the trim piece lies; wherein said upper and lower walls (13, 14) are spaced apart from each other in a vertical direction perpendicular to said longitudinal direction and said transverse direction so as to receive a front edge of a shelf and define a press fitting; wherein protruding portions in the form of tabs are formed on inner surfaces of either or both the upper and lower walls (13, 14) of the longitudinal cavity; and wherein further tabs are formed on the inner surface of the upper wall at end portions (17, 18) of the body, said further tabs protruding towards the longitudinal cavity characterized in that the further tabs extend in the transverse direction on the inner surface of the upper wall and in that the wall of the longitudinal cavity opposite to the wall where the further tabs are formed is shorter than the latter in the longitudinal direction, such that the further tabs are fully visible from below.
A steel for spring comprising C: 0.5 to 0.6%, Si: 1.0 to 1.8%, Mn: 0.1 to 1.0%, Cr: 0.1 to 1.0%, P: 0.035% or less, S: 0.035% or less, by mass %, and residue consisting of iron and inevitable impurities, as the overall composition, wherein an area ratio of an internal structure on an optional cross section comprises bainite: 65% or more, retained austenite: 6 to 13%, and martensite: residue (including 0%), and average C content in the retained austenite is 0.65 to 1.7%. 0.5 to 0.6%, Si: 1.0 to 1.8%, Mn: 0.1 to 1.0%, Cr: 0.1 to 1.0%, P: 0.035% or less, S: 0.035% or less, by mass %, and residue consisting of iron and inevitable impurities, as the overall composition, wherein an area ratio of an internal structure on an optional cross section comprises bainite: 65% or more, retained austenite: 6 to 13%, and martensite: residue (including 0%), and average C content in the retained austenite is 0.65 to 1.7%.
A Cu-based sintered bearing (1, 10) comprising: 15 mass% or more and 36 mass% or less of Ni; 3 mass% or more and 13 mass% or less of Sn; 0.05 mass% or more and 0.55 mass% or less of P; and 0.02 mass% or more and 4 mass% or less of C in total; and the Cu balance containing inevitable impurities, wherein a content of C alloyed with the matrix in Cu-Ni-based main phase grains is 0.02 mass% or more and 0.10 mass% or less.
Ring spinning machine comprising a plurality of spinning positions, which are arranged adjacently to one another and comprise - a drafting system for drawing a sliver fed to the drafting system, - a ring spinning device, which is arranged downstream of the drafting system and has a spindle holding a cop for winding the drafted sliver, which has been transformed into a thread, and - a thread-guiding element (9a, 9b), which comprises a rotationally symmetrical through-opening for the thread and is arranged, so as to be rotatable about the longitudinal axis of the through-opening, in the region between the drafting system and the spindle end facing the drafting system, wherein the thread contacts the inside of the through-opening due to the rotating spindle of the ring spinning device, which spindle is arranged downstream of the thread-guiding element (9a, 9b) in the thread running direction, and in that only the thread rotates the thread-guiding element (9a, 9b) due to the rotatable arrangement of the thread-guiding element (9a, 9b), characterized in that the inside (18a, 18b) of the passage opening has annular protrusions. - a drafting system for drawing a sliver fed to the drafting system, - a ring spinning device, which is arranged downstream of the drafting system and has a spindle holding a cop for winding the drafted sliver, which has been transformed into a thread, and - a thread-guiding element (9a, 9b), which comprises a rotationally symmetrical through-opening for the thread and is arranged, so as to be rotatable about the longitudinal axis of the through-opening, in the region between the drafting system and the spindle end facing the drafting system, wherein the thread contacts the inside of the through-opening due to the rotating spindle of the ring spinning device, which spindle is arranged downstream of the thread-guiding element (9a, 9b) in the thread running direction, and in that only the thread rotates the thread-guiding element (9a, 9b) due to the rotatable arrangement of the thread-guiding element (9a, 9b), characterized in that the inside (18a, 18b) of the passage opening has annular protrusions.
Device for operating an electromagnetic drive of a switching device, wherein the device comprises an alternating current power controller (120, 220, 320) for operating the electromagnetic drive and comprises means for controlling the alternating current power controller (120, 220, 320) with a time function and the alternating current power controller (120, 220, 320) comprises two anti-serial connected transistors (V4, V5), characterised in that the time function (240, 340) represents an exponential function, in that the means for controlling the alternating current power controller comprise an RC-member (R5, C2) and the device comprises negative feedback resistors (R9, R10) for symmetrising the two transistors (V4, V5), wherein the negative feedback resistors (R9, R10) are also used for adjusting the time function.
Method for producing a vehicle tyre, wherein the vehicle tyre has at least one carcass, at least two sidewalls and a belt assembly, wherein at least one sidewall has at least two portions (4, 5), and the production of the at least one sidewall comprises at least the following steps: - producing a first portion of the at least one sidewall by placing a first strip consisting of at least one rubber compound onto the lay-up unit or onto a preformed carcass, wherein the first strip can be placed once around the lay-up unit, and - producing a second portion of the at least one sidewall by spirally winding a second strip consisting of at least one rubber compound onto the lay-up unit or onto the preformed carcass, wherein either first the first portion or first the second portion is produced, and is characterized by - expansion of the preformed carcass with the sidewalls into a belt assembly, thereby creating a green tyre. - producing a first portion of the at least one sidewall by placing a first strip consisting of at least one rubber compound onto the lay-up unit or onto a preformed carcass, wherein the first strip can be placed once around the lay-up unit, and - producing a second portion of the at least one sidewall by spirally winding a second strip consisting of at least one rubber compound onto the lay-up unit or onto the preformed carcass, wherein either first the first portion or first the second portion is produced, and is characterized by - expansion of the preformed carcass with the sidewalls into a belt assembly, thereby creating a green tyre.