mhurhangee/patent-ind-claim-en huggingface dataset:
A solid reagent containment unit comprising: a support (351; 366; 48); a frame body fixed to the support, the frame body delimiting inside, together with the support, an analysis volume ; a reagent-adhesion structure (356; 375) within the analysis volume; and at least one reagent cavity , which extends within the reagent adhesion structure, wherein the reagent adhesion structure (356; 375) is formed by an inert adhesion material embossable at lower temperatures than an own melting point and comprises a retention wall that laterally surrounds the reagent cavity and has a blocking structure (365; 370) protruding into the reagent cavity , and the reagent cavity is hourglass-shaped and houses solid reagents , the blocking structure (365; 370) being formed by a detent or a neck formed at an intermediate height of the retention wall and extending peripherally towards the inside of the reagent cavity so that the solid reagents have an intermediate portion with reduced dimensions accommodating the detent or neck. a support (351; 366; 48); a frame body fixed to the support, the frame body delimiting inside, together with the support, an analysis volume ; a reagent-adhesion structure (356; 375) within the analysis volume; and at least one reagent cavity , which extends within the reagent adhesion structure, wherein the reagent adhesion structure (356; 375) is formed by an inert adhesion material embossable at lower temperatures than an own melting point and comprises a retention wall that laterally surrounds the reagent cavity and has a blocking structure (365; 370) protruding into the reagent cavity , and the reagent cavity is hourglass-shaped and houses solid reagents , the blocking structure (365; 370) being formed by a detent or a neck formed at an intermediate height of the retention wall and extending peripherally towards the inside of the reagent cavity so that the solid reagents have an intermediate portion with reduced dimensions accommodating the detent or neck.
Method, performed by a first apparatus, for positioning or assisting in positioning said first apparatus, said method comprising: - obtaining multiple original identifiers identifying respective first radio networks or nodes thereof; - generating, for each of at least two of said original identifiers, from a respective original identifier a shortened identifier being representative of said respective original identifier and having a smaller size than said respective original identifier; - checking whether a-priori information on a location of said first apparatus is available or is potentially available, - providing said shortened identifiers over a second radio network for positioning or assisting in positioning said first apparatus; - providing at least one original identifier together with said shortened identifiers, if a result of said checking is that a-priori information on a location of said first apparatus is not available or potentially not available; and - providing said shortened identifiers without providing an original identifier, if a result of said checking is that a-priori information on a location of said first apparatus is available or is potentially available. - obtaining multiple original identifiers identifying respective first radio networks or nodes thereof; - generating, for each of at least two of said original identifiers, from a respective original identifier a shortened identifier being representative of said respective original identifier and having a smaller size than said respective original identifier; - checking whether a-priori information on a location of said first apparatus is available or is potentially available, - providing said shortened identifiers over a second radio network for positioning or assisting in positioning said first apparatus; - providing at least one original identifier together with said shortened identifiers, if a result of said checking is that a-priori information on a location of said first apparatus is not available or potentially not available; and - providing said shortened identifiers without providing an original identifier, if a result of said checking is that a-priori information on a location of said first apparatus is available or is potentially available.
An agricultural harvester, in particular a forage harvester, comprising a harvesting attachment for picking up crop material from a field stand , a conveyor assembly having at least one intake roller for conveying the picked-up crop material , a processing assembly to which the crop material is conveyed by the conveyor assembly and which processes the crop material , and a metal detection device coupled to one of the intake rollers in such a way that metallic foreign bodies in the crop material taken past the intake roller can be detected, wherein the harvester has a control device which checks the metal detection performance in a diagnostic mode, characterised in that the control device based on a detection signal stops the intake roller and then reverses it and upon crop material-free rotation of the intake roller coupled to the metal detection device the metal detection performance of the metal detection device is checked and displayed.
Computer-implemented method for determining an ophthalmic lens adapted for correcting an abnormal refraction of an eye of a wearer, intended to be worn by a wearer, and comprising a plurality of at least three optical elements placed on at least one surface of said ophthalmic lens, at least one optical element having an optical function of not focusing an image on the retina of the eye of the wearer, the method comprising: - providing prescription data adapted at least for correcting the abnormal refraction of the eye of the wearer; - providing at least one abnormal refraction parameter relating to the abnormal refraction of an eye of the wearer; - providing at least one sensitivity parameter representing the variation of sensitivity of the wearer as a function of at least one parameter of the optical elements; - determining a value of the at least one parameter of the optical elements adapted for the wearer based on the abnormal refraction parameter and the sensitivity parameter; - determining an ophthalmic lens based at least on the prescription data and the value of the at least one parameter of the optical elements adapted for the wearer. - providing prescription data adapted at least for correcting the abnormal refraction of the eye of the wearer; - providing at least one abnormal refraction parameter relating to the abnormal refraction of an eye of the wearer; - providing at least one sensitivity parameter representing the variation of sensitivity of the wearer as a function of at least one parameter of the optical elements; - determining a value of the at least one parameter of the optical elements adapted for the wearer based on the abnormal refraction parameter and the sensitivity parameter; - determining an ophthalmic lens based at least on the prescription data and the value of the at least one parameter of the optical elements adapted for the wearer.
A packaged pharmaceutical product, comprising: a film comprising a product-contacting sealing layer comprising at least 90 wt. % of an ethylene norbornene copolymer having a glass transition temperature in a range from 50°C to 110°C, wherein the product-contacting sealing layer defines a sealed interior volume; and a product comprising a pharmaceutical active agent disposed in the interior volume of the sealed package, wherein the pharmaceutical agent is optionally in contact with the sealing layer, wherein the pharmaceutical active agent comprises a Hansen Solubility Parameter for the product-contacting sealing layer of 0.5 or greater, and wherein the pharmaceutical active agent is selected from the group consisting of fentanyl, nicotine, lidocaine, estradiol, clonidine, ethinyl estradiol, oxybutynin, buprenorphine, granisitron, methylphenidate, and scopolamine. a film comprising a product-contacting sealing layer comprising at least 90 wt. % of an ethylene norbornene copolymer having a glass transition temperature in a range from 50°C to 110°C, wherein the product-contacting sealing layer defines a sealed interior volume; and a product comprising a pharmaceutical active agent disposed in the interior volume of the sealed package, wherein the pharmaceutical agent is optionally in contact with the sealing layer, wherein the pharmaceutical active agent comprises a Hansen Solubility Parameter for the product-contacting sealing layer of 0.5 or greater, and wherein the pharmaceutical active agent is selected from the group consisting of fentanyl, nicotine, lidocaine, estradiol, clonidine, ethinyl estradiol, oxybutynin, buprenorphine, granisitron, methylphenidate, and scopolamine.
A hardware acceleration method, comprising: Obtaining , by a compiler, compilation policy information and source code, wherein the compilation policy information indicates that a first code type matches a first processor and a second code type matches a second processor; analyzing , by the compiler, a code segment in the source code according to the compilation policy information, and determining a first code segment belonging to the first code type or a second code segment belonging to the second code type; and compiling , by the compiler, the first code segment into first executable code, and sending the first executable code to the first processor; and compiling the second code segment into second executable code, and sending the second executable code to the second processor wherein if a priority of a process corresponding to the second code segment is higher than a priority of a process corresponding to executable code being executed in the second processor, before the sending the second executable code to the second processor, the method further comprises: if a busy degree of the second processor is higher than a second preset threshold, stopping the executable code being executed in the second processor; and compiling a code segment corresponding to the executable code being executed in the second processor into executable code matching the first processor, and sending the executable code matching the first processor to the first processor. Obtaining , by a compiler, compilation policy information and source code, wherein the compilation policy information indicates that a first code type matches a first processor and a second code type matches a second processor; analyzing , by the compiler, a code segment in the source code according to the compilation policy information, and determining a first code segment belonging to the first code type or a second code segment belonging to the second code type; and compiling , by the compiler, the first code segment into first executable code, and sending the first executable code to the first processor; and compiling the second code segment into second executable code, and sending the second executable code to the second processor wherein if a priority of a process corresponding to the second code segment is higher than a priority of a process corresponding to executable code being executed in the second processor, before the sending the second executable code to the second processor, the method further comprises: if a busy degree of the second processor is higher than a second preset threshold, stopping the executable code being executed in the second processor; and compiling a code segment corresponding to the executable code being executed in the second processor into executable code matching the first processor, and sending the executable code matching the first processor to the first processor.
Nonaqueous thixotropic cosmetic nail varnish composition containing a film-forming agent comprising nitrocellulose, at least one organic solvent, and a thixotropic agent, characterized in that said composition contains sorbic acid or one of its salts at a concentration of less than 1% by weight, and in that the thixotropic agent, present at a concentration of between 0.1% and 4% by weight of the composition, is a clay modified with a quaternary amine, neutralized by a strong acid at a concentration of less than 0.1% by weight of the composition.
An ultrasonic welding-based device provided with a microfluidic path for a fluid, the device being mainly made of a first element and a second element welded one to the other via at least one structure , said structure comprising: - an elongated welded portion providing said welding, resulting from the melting of an initial energy director when using ultrasound welding, - a welding channel extending between the first and second elements and along one side of the welded portion, characterised in that said structure also comprises: - a draining channel communicating with the welding channel and said microfluidic path . - an elongated welded portion providing said welding, resulting from the melting of an initial energy director when using ultrasound welding, - a welding channel extending between the first and second elements and along one side of the welded portion, - a draining channel communicating with the welding channel and said microfluidic path .
A method for performing, by a first device , sidelink communication, the method comprising: receiving (S1310), from a second device, first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, through a physical sidelink control channel, PSCCH; receiving (S1320), from the second device, sidelink data related to the first SCI through the PSSCH; determining (S1330) a physical sidelink feedback channel, PSFCH, resource for transmitting sidelink hybrid automatic repeat request, HARQ, feedback information related to the received sidelink data through the PSSCH, based on a slot index and an index of a subchannel related to the PSSCH; starting (S1340) a first timer, based on the sidelink HARQ feedback information being not transmitted through the PSFCH resource; starting (S1350) a second timer for a retransmission of the first SCI or the sidelink data based on expiry of the first timer; and receiving (S1360) the sidelink retransmission from the second device based on the second timer being running. receiving (S1310), from a second device, first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, through a physical sidelink control channel, PSCCH; receiving (S1320), from the second device, sidelink data related to the first SCI through the PSSCH; determining (S1330) a physical sidelink feedback channel, PSFCH, resource for transmitting sidelink hybrid automatic repeat request, HARQ, feedback information related to the received sidelink data through the PSSCH, based on a slot index and an index of a subchannel related to the PSSCH; starting (S1340) a first timer, based on the sidelink HARQ feedback information being not transmitted through the PSFCH resource; starting (S1350) a second timer for a retransmission of the first SCI or the sidelink data based on expiry of the first timer; and receiving (S1360) the sidelink retransmission from the second device based on the second timer being running.
A method for CO 2 hydrogenation via the reverse water-gas shift (RWGS) reaction for the selective formation of CO, comprising the step of reacting the A-Mο 2 C/γ-Al 2 O 3 obtainable by co-impregnating molybdenum and alkali-metal precursors onto a γ-Al 2 O 3 support, wherein the alkali metal is K, Na, or Li, drying and calcining impregnated γ-Al 2 O 3 support, and carburizing the dried and calcined γ-Al 2 O 3 support to form A-Mo 2 C/γ-Al 2 O 3 , where A is K, Na, or Li, with CO 2 and H 2 to form CO. co-impregnating molybdenum and alkali-metal precursors onto a γ-Al 2 O 3 support, wherein the alkali metal is K, Na, or Li, drying and calcining impregnated γ-Al 2 O 3 support, and carburizing the dried and calcined γ-Al 2 O 3 support to form A-Mo 2 C/γ-Al 2 O 3 , where A is K, Na, or Li,
Reaction-joined ceramic components which consist of at least two structural elements which in the region of their surfaces to be joined consist of at least one dense material from the group of materials of nonoxidic ceramics and/or of at least one porous SiC material and the surfaces to be joined are in each case joined by material-to-material bonding to a dense material of the joining seam, which material consists of at least 30% by volume of silicon carbide and at least 8% by volume of silicon, and at least one of the structural elements has at least one hollow space which is not more than partly filled with silicon and/or a silicon alloy and joins the material of the joining seam or the silicon in the hollow space entirely or partly adjoins the material of the joining seam.
Shears, comprising a first shear part and a second shear part , each of the first and second shear parts having a cutting blade and a shaft or lever arm which are arranged at opposite sides of a pivot , wherein the lever arms are assembled with handles made of plastics or rubber, the pivot rotatably connecting the first and second shear parts with each other, the shears further comprising a laminated or flat spring element acting upon the first and second shear parts to move the shears on to an open position, the laminated or flat spring element comprising a first portion fixedly arranged at or allocated to the first shear part and a flexibly arranged second portion (27") acting on the second shear part , wherein first supporting means are provided supporting the laminated or flat spring element in a first axial direction to prevent a movement of the laminated or flat spring element towards the pivot and wherein second supporting means are provided supporting the first portion of the laminated or flat spring element in radial and/or lateral directions to prevent twisting and/or bending and/or radial and/or lateral movement of the first portion , wherein the first supporting means comprise an end section of the shaft or lever arm of the first shear part and an end section of the laminated or flat spring element interacting in the direction of the longitudinal axis of the laminated or flat spring element , characterized in that , the first supporting means is arranged at a front end of associated lever arm as well as with the handle of the associated lever arm , with the handle having a groove provided at its inner surface.
A submergible fish feed dispersing apparatus configured to deliver feed inside an aquaculture fish pen in a submerged state, the fish feed dispersing apparatus comprising: a flexible helical dispersing tube having an inlet end configured to receive fish feed from a source of fish feed and a plurality of apertures disposed at spaced intervals along the helical dispersing tube; and a mounting assembly having two spaced-apart attachment members configured to be fixed to the fish pen, a plurality of elongate members attached to and extending between the two attachment members, and a plurality of hanger subassemblies , each hanger subassembly having a proximal end attached to a corresponding one of the plurality of elongate members and a distal end comprising a clamp configured to engage the helical dispersing tube, the mounting assembly being configured to control the pitch of the helical dispersing tube. a flexible helical dispersing tube having an inlet end configured to receive fish feed from a source of fish feed and a plurality of apertures disposed at spaced intervals along the helical dispersing tube; and a mounting assembly having two spaced-apart attachment members configured to be fixed to the fish pen, a plurality of elongate members attached to and extending between the two attachment members, and a plurality of hanger subassemblies , each hanger subassembly having a proximal end attached to a corresponding one of the plurality of elongate members and a distal end comprising a clamp configured to engage the helical dispersing tube, the mounting assembly being configured to control the pitch of the helical dispersing tube.
A consumer product comprising a detergent product and a container, the container containing the detergent product, the detergent product preferably comprising water soluble unit dose articles, the container comprising a box and a lid , the lid comprising a top panel and flanks, the flanks comprising at least a first flank , the first flank corresponding to a first side of the lid from a first flank corner to a second flank corner , the first flank corner connecting the first flank with a second flank of the flanks, the second flank corner connecting the first flank with a third flank of the flanks, the first flank comprising a first major flap , the first major flap comprising a first flank corrugated fiberboard layer, the first flank corrugated fiberboard layer being connected by a first flank fold line to the top panel, whereby the first flank further comprises an additional first flank corrugated fiberboard layer, the additional first flank corrugated fiberboard layer being superposed to the first flank corrugated fiberboard layer, the first flank corrugated fiberboard layer being between the additional first flank corrugated fiberboard layer and an internal volume of the lid, the additional first flank corrugated fiberboard layer comprising a first first flank minor flap extending from the first flank corner and a second first flank minor flap extending from the second flank corner, the first first flank minor flap covering a first portion of the first side and the second first flank minor flap covering a second portion of the first side, whereby the first first flank minor flap is connected by a first first flank minor flap fold line to the second flank and whereby second first flank minor flap is connected by a second first flank minor flap fold line to the third flank and whereby the additional first flank corrugated fiberboard layer comprises first flank flutes , each first flank flute running along a first flank flute length parallel to both the first first flank minor flap fold line and to the second first flank minor flap fold line, each first flank flute forming a channel in communication with an external environment outside of the lid at a first flute edge and at a second flute edge.
Respiratory assistance apparatus comprising a rigid casing comprising a motor compartment within which a motorized micro-blower is arranged, in which the casing is formed from a first and a second half-casing which are rigidly connected to each other in a leaktight manner, said rigid casing comprising: - an air inlet compartment comprising an air inlet opening in communication with the atmosphere, said air inlet compartment additionally being in fluidic communication with the motor compartment via at least one air outlet opening , - a gas outlet compartment comprising a gas supply opening , said gas outlet compartment being fed with gas by the motorized micro-blower , and - an oxygen circuit comprising an oxygen inlet and at least one oxygen outlet , said at least one oxygen outlet being in fluidic communication with the motor compartment , characterized in that the casing additionally comprises a venting circuit comprising an air inlet , formed in the air inlet compartment , and an air outlet , and allowing the patient to be able to breathe through said venting circuit in the event of a failure of the micro-blower . - an air inlet compartment comprising an air inlet opening in communication with the atmosphere, said air inlet compartment additionally being in fluidic communication with the motor compartment via at least one air outlet opening , - a gas outlet compartment comprising a gas supply opening , said gas outlet compartment being fed with gas by the motorized micro-blower , and - an oxygen circuit comprising an oxygen inlet and at least one oxygen outlet , said at least one oxygen outlet being in fluidic communication with the motor compartment ,