mhurhangee/ep-ind-claims huggingface dataset:
A β-Ga 2 O 3 -based single crystal substrate, comprising: a top surface for exposing a top surface of a high-donor-concentration region and a top surface of a remaining region surrounding the high-donor-concentration region; and side and bottom surfaces for exposing side and bottom surfaces of the remaining region, wherein the high-donor-concentration region includes activated Sn or activated Si as a donor impurity, and wherein a donor concentration in the high-donor-concentration region is higher than that in the remaining region due to the activated Sn or activated Si. a top surface for exposing a top surface of a high-donor-concentration region and a top surface of a remaining region surrounding the high-donor-concentration region; and side and bottom surfaces for exposing side and bottom surfaces of the remaining region, wherein the high-donor-concentration region includes activated Sn or activated Si as a donor impurity, and wherein a donor concentration in the high-donor-concentration region is higher than that in the remaining region due to the activated Sn or activated Si.
Sensor for detecting a gas, comprising: a spiral capillary having a capillary wall (21.1) and having a cavity (21.2), wherein the capillary wall (21.1) is configured to suppress the escape of electromagnetic radiation, a gas inlet (23.1) arranged at a first end of the capillary and a gas outlet (24.1) arranged at a second end of the capillary, so that the cavity (21.2) is fillable with the gas to be measured and/or the gas to be measured is flowable through the cavity, and an optical incoupling site (23.2), which is configured to incouple electromagnetic radiation into the cavity (21.2) of the capillary, and an optical outcoupling site (23.3), which is configured to outcouple the electromagnetic radiation from the capillary, wherein the incoupling site (23.2) and the outcoupling site (23.3) are formed together at the first or second end of the capillary or separately from each other at the opposite ends of the capillary, wherein the capillary is formed by a spirally extending channel running through a compact component and wherein the component is integrally formed in one piece. a spiral capillary having a capillary wall (21.1) and having a cavity (21.2), wherein the capillary wall (21.1) is configured to suppress the escape of electromagnetic radiation, a gas inlet (23.1) arranged at a first end of the capillary and a gas outlet (24.1) arranged at a second end of the capillary, so that the cavity (21.2) is fillable with the gas to be measured and/or the gas to be measured is flowable through the cavity, and an optical incoupling site (23.2), which is configured to incouple electromagnetic radiation into the cavity (21.2) of the capillary, and an optical outcoupling site (23.3), which is configured to outcouple the electromagnetic radiation from the capillary, wherein the incoupling site (23.2) and the outcoupling site (23.3) are formed together at the first or second end of the capillary or separately from each other at the opposite ends of the capillary, wherein the capillary is formed by a spirally extending channel running through a compact component and wherein the component is integrally formed in one piece.
A heat sink for a remote radio unit, the heat sink comprising: a base, at least three primary fins arranged in a row, wherein each primary fin extends from the base and comprises two lateral faces which face into two opposite lateral directions, and at least two secondary fins formed on the primary fins, wherein each secondary fin extends from one of the primary fins into the two opposite lateral directions associated with that primary fin, wherein only every second primary fin in the row of primary fins is provided with a secondary fin wherein the heat sink comprises an integral metal plate which comprises the plurality of the secondary fins. a base, at least three primary fins arranged in a row, wherein each primary fin extends from the base and comprises two lateral faces which face into two opposite lateral directions, and at least two secondary fins formed on the primary fins, wherein each secondary fin extends from one of the primary fins into the two opposite lateral directions associated with that primary fin, wherein only every second primary fin in the row of primary fins is provided with a secondary fin wherein the heat sink comprises an integral metal plate which comprises the plurality of the secondary fins.
Internal combustion engine with a cover member attachment structure, comprising: an internal combustion engine main body that has one side wall and another side wall positioned on the opposite side to the one side wall in an axial direction of a crankshaft and rotatably supports the crankshaft and a cam shaft; a first oil supply pipe portion and a second oil supply pipe portion that are provided in the internal combustion engine main body and extend parallel to each other from the one side wall to the other side wall; a cover member attached to the one side wall to cover a transmission member that transmits power to the cam shaft from the crankshaft; a cover-side boss extending toward the one side wall from a central portion in a width direction of the cover member; and an internal combustion engine main body-side boss provided in the one side wall and to be connected to the cover-side boss with a fastener, wherein the first oil supply pipe portion includes a first boss protruding toward the cover member from the one side wall, the second oil supply pipe portion includes a second boss protruding toward the cover member from the one side wall, and the internal combustion engine main body-side boss is installed in a region sandwiched between the first boss and the second boss. an internal combustion engine main body that has one side wall and another side wall positioned on the opposite side to the one side wall in an axial direction of a crankshaft and rotatably supports the crankshaft and a cam shaft; a first oil supply pipe portion and a second oil supply pipe portion that are provided in the internal combustion engine main body and extend parallel to each other from the one side wall to the other side wall; a cover member attached to the one side wall to cover a transmission member that transmits power to the cam shaft from the crankshaft; a cover-side boss extending toward the one side wall from a central portion in a width direction of the cover member; and an internal combustion engine main body-side boss provided in the one side wall and to be connected to the cover-side boss with a fastener, wherein the first oil supply pipe portion includes a first boss protruding toward the cover member from the one side wall, the second oil supply pipe portion includes a second boss protruding toward the cover member from the one side wall, and the internal combustion engine main body-side boss is installed in a region sandwiched between the first boss and the second boss.
A thermosetting resin composition represented by the formula: T n -[W- f / 1-f -W] n-1 -[W- f / 1-f - f / 1-f] n+2 wherein T is a 1,3,5-substituted-triazine moiety C 3 N 3; W is an oxygen atom and is a linking atom between triazine and either component A or component B; Z is component A; H is component B; OCN is a cyanate ester end group of component A; R is a OH reactive end group of component B; n is an integer greater than or equal to 1; and f is a mole fraction of component A; wherein said thermosetting resin composition is formed by chemical attachment of: a. at least one cyanate ester component A; b. at least one reactive intermediate component B, said component B being capable of copolymerization with said component A, said component B being a thermoplastic selected from the group consisting of (i) Hydrogenated hydroxylated polybutadiene (HHPBD), and (ii) polymethylphenylsiloxane containing between 3-9% OH functional groups. W is an oxygen atom and is a linking atom between triazine and either component A or component B; Z is component A; H is component B; OCN is a cyanate ester end group of component A; R is a OH reactive end group of component B; n is an integer greater than or equal to 1; and f is a mole fraction of component A; a. at least one cyanate ester component A; b. at least one reactive intermediate component B, said component B being capable of copolymerization with said component A, said component B being a thermoplastic selected from the group consisting of (i) Hydrogenated hydroxylated polybutadiene (HHPBD), and (ii) polymethylphenylsiloxane containing between 3-9% OH functional groups.
A method for presenting multimedia information, being performed in a terminal and comprising: downloading publishing policies and a set of multimedia information by calling up an interface with a server; upon detecting a start event of an application, determining multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information that have been downloaded, wherein the set of multimedia information comprises a plurality of pieces of multimedia information; presenting the multimedia information in a start interface of the application, wherein the determining multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information that have been downloaded comprises: when the publishing policies comprise a list of publishing applications, determining whether the list of publishing applications comprises the application; when the list of publishing applications comprises the application, determining the multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information. downloading publishing policies and a set of multimedia information by calling up an interface with a server; upon detecting a start event of an application, determining multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information that have been downloaded, wherein the set of multimedia information comprises a plurality of pieces of multimedia information; presenting the multimedia information in a start interface of the application, wherein the determining multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information that have been downloaded comprises: when the publishing policies comprise a list of publishing applications, determining whether the list of publishing applications comprises the application; when the list of publishing applications comprises the application, determining the multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information. when the publishing policies comprise a list of publishing applications, determining whether the list of publishing applications comprises the application; when the list of publishing applications comprises the application, determining the multimedia information to be published in the application in accordance with the publishing policies and the set of multimedia information.
A method for production of a gypsum fiberboard panel, having the following method steps: - producing a mixture of calcined gypsum and fibers, - applying the mixture onto a gas-permeable and/or air-permeable and/or liquid-permeable conveying means that continuously moves in an advancing direction at an advancing speed (V A), - pre-compacting the mixture - soaking the mixture with setting water, - post-compacting the mixture, - pressing the mixture to form a gypsum fiberboard panel strand, - cutting the gypsum fiberboard panel strand into individual gypsum fiberboard panels, - drying the gypsum fiberboard panels, - if necessary, finishing and/or coating the dried gypsum fiberboard panels, characterized in that for pre-compacting, the mixture is sprayed with a water mist in the form of an aerosol and is subjected to negative pressure, wherein the water mist is drawn into the mixture in such a manner that the mixture is uniformly wetted over its entire cross-section. - producing a mixture of calcined gypsum and fibers, - applying the mixture onto a gas-permeable and/or air-permeable and/or liquid-permeable conveying means that continuously moves in an advancing direction at an advancing speed (V A), - pre-compacting the mixture - soaking the mixture with setting water, - post-compacting the mixture, - pressing the mixture to form a gypsum fiberboard panel strand, - cutting the gypsum fiberboard panel strand into individual gypsum fiberboard panels, - drying the gypsum fiberboard panels, - if necessary, finishing and/or coating the dried gypsum fiberboard panels,
superabsorbent polymer comprising a crosslinked polymer resulting from polymerization and internal crosslinking of a monomer composition comprising 20 wt% to 90 wt% of acrylic acid-based monomers having acidic groups which are at least partially neutralized, and a surface crosslinking layer formed on the surface of the crosslinked polymer, wherein the acrylic acid-based monomer is represented by the following Chemical Formula 1: [Chemical Formula 1] R 1 -COOM 1 wherein R 1 is an alkyl group containing an unsaturated bond and having 2 to 5 carbon atoms, and M 1 is a hydrogen atom, a monovalent or divalent metal, an ammonium group, or an organic amine salt, wherein the superabsorbent polymer has centrifuge retention capacity, measured according to EDANA WSP 241.2, as 29.5 g/g or more, absorbency under load, measured at 6.2 kPa (0.9 psi) according to EDANA WSP 241.3, as 18 g/g or more, gel bed permeability, measured as disclosed in the specification, as 593x10 -9 cm 2 (60 Darcy) or more, and 5-min gel-AUL, measured as disclosed in the specification, as 18.0 g/g or more, wherein a ratio (A:B), measured as disclosed in the specification, of a total pore area of pores having a diameter of 5 μm to 100 μm and a total pore area of pores having a diameter of 100 μm to 400 μm in the superabsorbent polymer is 3:7 to 9:1, and wherein a low-temperature foaming agent and a high-temperature foaming agent are dispersed in the crosslinked polymer, wherein the low-temperature foaming agent is sodium bicarbonate, sodium carbonate, potassium bicarbonate, potassium carbonate, calcium carbonate, or magnesium carbonate, and the high-temperature foaming agent is azodicarbonamide (ADCA), dinitroso pentamethylene tetramine, p,p'-oxybisbenzenesulfonylhydrazide (OBSH), p-toluenesulfonyl hydrazide, or sugar ester. R 1 is an alkyl group containing an unsaturated bond and having 2 to 5 carbon atoms, and M 1 is a hydrogen atom, a monovalent or divalent metal, an ammonium group, or an organic amine salt, wherein the superabsorbent polymer has centrifuge retention capacity, measured according to EDANA WSP 241.2, as 29.5 g/g or more, absorbency under load, measured at 6.2 kPa (0.9 psi) according to EDANA WSP 241.3, as 18 g/g or more, gel bed permeability, measured as disclosed in the specification, as 593x10 -9 cm 2 (60 Darcy) or more, and 5-min gel-AUL, measured as disclosed in the specification, as 18.0 g/g or more, wherein a ratio (A:B), measured as disclosed in the specification, of a total pore area of pores having a diameter of 5 μm to 100 μm and a total pore area of pores having a diameter of 100 μm to 400 μm in the superabsorbent polymer is 3:7 to 9:1, and wherein a low-temperature foaming agent and a high-temperature foaming agent are dispersed in the crosslinked polymer, wherein the low-temperature foaming agent is sodium bicarbonate, sodium carbonate, potassium bicarbonate, potassium carbonate, calcium carbonate, or magnesium carbonate, and the high-temperature foaming agent is azodicarbonamide (ADCA), dinitroso pentamethylene tetramine, p,p'-oxybisbenzenesulfonylhydrazide (OBSH), p-toluenesulfonyl hydrazide, or sugar ester.
A system for treating benign prostatic hypertrophy having an enlarged median lobe extending into a urinary bladder, comprising: an anchor assembly, the anchor assembly including a first anchor attached to a second anchor by a connector; and an anchor delivery device, the anchor delivery device including structure to assemble the anchor assembly; wherein the anchor delivery device is configured to implant the first anchor on a first side of the median lobe, and to implant the second anchor on a second side of the median lobe with the connector between the first and second anchors to retract the median lobe away from a bladder neck to increase luminal area. an anchor assembly, the anchor assembly including a first anchor attached to a second anchor by a connector; and an anchor delivery device, the anchor delivery device including structure to assemble the anchor assembly; wherein the anchor delivery device is configured to implant the first anchor on a first side of the median lobe, and to implant the second anchor on a second side of the median lobe with the connector between the first and second anchors to retract the median lobe away from a bladder neck to increase luminal area.
An inner shroud of an air inlet of an aircraft turbojet engine nacelle, the shroud comprising an acoustic treatment device, this device forming an annular crown arranged so as to be mounted on an external periphery of the inner shroud so as to absorb the acoustic energy originating from the inner shroud or a part connected to the inner shroud, characterized in that the annular crown comprises several segments, each segment comprising an acoustic absorption structure, an outer skin fastened to an outer surface of the acoustic absorption structure and two lateral skins (603, 604) clasping the acoustic absorption structure, in that it further comprises rivet type fastening means, in that each of the lateral skins (603, 604) comprises a fastening foot, each fastening foot receiving a portion of the fastening means, in that the device is arranged so as to be fastened to the inner shroud by the fastening means,
A conveyor comprising: a conveyor belt having a series of rows of one or more belt modules hingedly linked together, wherein the belt modules comprise: a main body having a top side and a bottom side, a plurality of rotatably mounted rollers (30, 60) to support conveyed articles, at least one motor advancing with the rollers and rotating the rollers (30, 60) and means for selectively energizing the motor, wherein the means for selectively energizing the motor advances with the conveyor and is coupled to the motor, characterized in that the belt modules further comprise cavities opening onto the top side, wherein the cavities receive the rollers with a salient portion of the rollers (30, 60) extending from the cavities past the top side, and wherein the rollers (30, 60) are further received by depressions formed in the main body, wherein the outside diameter of the rollers is less than the diameter of the depressions to allow the rollers to rotate within the belt module without frictional contact. a conveyor belt having a series of rows of one or more belt modules hingedly linked together, wherein the belt modules comprise: a main body having a top side and a bottom side, a plurality of rotatably mounted rollers (30, 60) to support conveyed articles, at least one motor advancing with the rollers and rotating the rollers (30, 60) and means for selectively energizing the motor, wherein the means for selectively energizing the motor advances with the conveyor and is coupled to the motor, characterized in that the belt modules further comprise cavities opening onto the top side, wherein the cavities receive the rollers with a salient portion of the rollers (30, 60) extending from the cavities past the top side, and wherein the rollers (30, 60) are further received by depressions formed in the main body, wherein the outside diameter of the rollers is less than the diameter of the depressions to allow the rollers to rotate within the belt module without frictional contact.
Apparatus for sharpening knives, having two grinding-strip carriers (6, 7), which each hold a grinding strip (4, 5) and are arranged in a displaceable manner one beside the other in a housing such that the two crossing-over grinding strips (4, 5) form a V-shaped, alterable-position sharpening gap, wherein the grinding-strip carriers (6, 7) have their lower region suspended, in each case via lower joints, on two pendulum rods, characterized in that the pendulum rods are articulated in the upper region of the housing and each grinding-strip carrier (6, 7) is formed by a plate, and the two plates are arranged in a parallel state one beside the other and, in particular, vertically, wherein the grinding-strip carriers (6, 7) are each guided on the housing in the upper region and lower region.
A method for authorizing performance of an action by a plurality of users at a site, the method comprising: registering each user of a plurality of users (404, 406, 408) and at least one mobile communication device (404a, 406a, 408a) associated with that user with an authorization module hosted on an authorization server, identifying each of said at least one mobile communication device by a unique hardware identification information, and specifying the users of said plurality of users that are required to authorize the action; associating each user of said plurality of users and said at least one mobile communication device associated with that user with the site by the authorization module; receiving by the authorization server a confirmation request from the site for a user of said plurality of users that is attempting to perform the action at the site from a station; sending by the authorization module a confirmation request (426a, 426b, 426c) from the authorization server to said at least one mobile communication device associated with each user of said plurality of users that are required to authorize the action, requesting of that user to operate said at least one mobile communication device associated with that user to confirm authorization of the action; and authorizing performance of the action upon receiving confirmation from the mobile communication devices associated with all said users of said plurality of users that are required to authorize that action. registering each user of a plurality of users (404, 406, 408) and at least one mobile communication device (404a, 406a, 408a) associated with that user with an authorization module hosted on an authorization server, identifying each of said at least one mobile communication device by a unique hardware identification information, and specifying the users of said plurality of users that are required to authorize the action; associating each user of said plurality of users and said at least one mobile communication device associated with that user with the site by the authorization module; receiving by the authorization server a confirmation request from the site for a user of said plurality of users that is attempting to perform the action at the site from a station; sending by the authorization module a confirmation request (426a, 426b, 426c) from the authorization server to said at least one mobile communication device associated with each user of said plurality of users that are required to authorize the action, requesting of that user to operate said at least one mobile communication device associated with that user to confirm authorization of the action; and authorizing performance of the action upon receiving confirmation from the mobile communication devices associated with all said users of said plurality of users that are required to authorize that action.