mhurhangee/ep-ind-claims huggingface dataset:
A mechanical fastener for securing first and second loops of suture (133, 146), comprising: a crimpable cylindrical sleeve; a first snare forming a first loop extending from the sleeve in a first direction and having a first length, and comprising a twisted tail; a second snare forming a second loop longer than the first loop and extending from the sleeve in a second direction; characterised in that the first and second loops (61, 71) extend from opposite ends of the sleeve. a crimpable cylindrical sleeve; a first snare forming a first loop extending from the sleeve in a first direction and having a first length, and comprising a twisted tail; a second snare forming a second loop longer than the first loop and extending from the sleeve in a second direction; characterised in that the first and second loops (61, 71) extend from opposite ends of the sleeve.
A fiber sizing agent composition comprising: an aliphatic alcohol alkylene oxide adduct represented by the following formula; and a compound, wherein the compound is at least one selected from the group consisting of a polyester, a polyurethane, an epoxy group-containing compound, a (meth)acryloyl group-containing compound, and a polyether compound other than the aliphatic alcohol alkylene oxide adduct: R 1 O n H in the formula, R 1 is a C8-C11 aliphatic hydrocarbon group having three or more methyl groups; AO is a C2-C4 alkyleneoxy group; and m represents the number average number of moles of alkylene oxide added and is 3 to 10. an aliphatic alcohol alkylene oxide adduct represented by the following formula; and a compound, wherein the compound is at least one selected from the group consisting of a polyester, a polyurethane, an epoxy group-containing compound, a (meth)acryloyl group-containing compound, and a polyether compound other than the aliphatic alcohol alkylene oxide adduct: R 1 O n H in the formula, R 1 is a C8-C11 aliphatic hydrocarbon group having three or more methyl groups; AO is a C2-C4 alkyleneoxy group; and m represents the number average number of moles of alkylene oxide added and is 3 to 10.
RF coil device adapted to be used with a magnetic resonance imaging apparatus, the RF coil device comprising: - a damping mechanism comprising a first member and a second member, - a base assembly; and - a top coil assembly which is attached pivotably around a rotation axis (OO') to the base assembly via the damping mechanism, wherein the first member is supported on the base assembly and the second member is connected to the top coil assembly, and wherein the first member comprises a base section, a resilient damping section and an enclosed chamber defined by the base section and an inner surface of the resilient damping section, wherein the resilient damping section is centered about the rotation axis (OO') and the enclosed chamber is provided radially inward of the resilient damping section and configured to accommodate a deformation of the resilient damping section; wherein the second member is attached pivotably to the base section of the first member to rotate around the rotation axis (OO') relative to the base section; and wherein the damping mechanism further comprises a damping protrusion extending from the second member toward the resilient damping section; wherein the resilient damping section comprises an outer surface facing away from the enclosed chamber which is configured to be engaged with the damping protrusion to produce the deformation of the resilient damping section and to provide a damping to the rotation of the second member relative to the base section. - a damping mechanism comprising a first member and a second member, - a base assembly; and - a top coil assembly which is attached pivotably around a rotation axis (OO') to the base assembly via the damping mechanism, wherein the first member is supported on the base assembly and the second member is connected to the top coil assembly, and wherein the first member comprises a base section, a resilient damping section and an enclosed chamber defined by the base section and an inner surface of the resilient damping section, wherein the resilient damping section is centered about the rotation axis (OO') and the enclosed chamber is provided radially inward of the resilient damping section and configured to accommodate a deformation of the resilient damping section; wherein the second member is attached pivotably to the base section of the first member to rotate around the rotation axis (OO') relative to the base section; and wherein the damping mechanism further comprises a damping protrusion extending from the second member toward the resilient damping section; wherein the resilient damping section comprises an outer surface facing away from the enclosed chamber which is configured to be engaged with the damping protrusion to produce the deformation of the resilient damping section and to provide a damping to the rotation of the second member relative to the base section.
A method for reducing the presence of elemental sulfur in a gypsum product, the method comprising the following steps: providing stucco to be used in the production of the gypsum product, the stucco including a level of elemental sulfur; mixing copper into the stucco; allowing the copper to react with the elemental sulfur, the reaction reducing the level of elemental sulfur within the stucco; and utilizing the stucco with the reduced level of elemental sulfur in the production of the gypsum product. providing stucco to be used in the production of the gypsum product, the stucco including a level of elemental sulfur; mixing copper into the stucco; allowing the copper to react with the elemental sulfur, the reaction reducing the level of elemental sulfur within the stucco; and utilizing the stucco with the reduced level of elemental sulfur in the production of the gypsum product.
A method for preventing security threats on a device, the device having an abstraction layer comprising an operating system kernel and being operable between device hardware and application software, the abstraction layer having a secured software agent embedded within the abstraction layer, the method comprising the secured software agent performing the steps of: inserting one or more upcalls to the secured software agent at points in the operating system kernel where a user-level system call from an application would result in access to an internal operating system kernel object; receiving, from the operating system kernel via at least one of the one or more upcalls, a request to an internal operating system kernel object; determining whether the request is a valid request based on information located in a secured data storage; and limiting access to the abstraction layer based on the determining step, wherein the secured software agent has sole access to the secured data storage. inserting one or more upcalls to the secured software agent at points in the operating system kernel where a user-level system call from an application would result in access to an internal operating system kernel object; receiving, from the operating system kernel via at least one of the one or more upcalls, a request to an internal operating system kernel object; determining whether the request is a valid request based on information located in a secured data storage; and limiting access to the abstraction layer based on the determining step, wherein the secured software agent has sole access to the secured data storage.
Depth measuring device for watches comprising a sensor mechanism (41; 321) intended for measuring external pressure, the sensor mechanism (41; 321) comprising at least one piston (21; 343) able to be displaced by the external pressure against the effect of a restoring element (20, 23; 349), the displacement effected by the piston being dependent on the external pressure and being transmitted by transmission elements (9 to 12; 342, 350, 359) to at least one member (3; 307, 308) of the watch, the transmission elements comprising a circular slideway (9; 350) pivoting with respect to a casing ring (8; 330) disposed around the movement of the watch and at least one gear train (10 to 12; 359), the piston(s) (21; 343) being subjected to the external pressure and arranged so as to produce a rotation of the circular slideway (9; 350) which cooperates with at least one member (3; 307, 308) indicating the pressure via said gear train.
A portable car-cleaning device, comprising a cleaning brush and at least one water storage chamber with a water inlet, at least one water storage chamber being provided with at least one washing dewatering device; characterized in that the at least one washing dewatering device includes two oppositely disposed rollers, the cleaning brush being interposed between the two rollers for washing and dewatering, wherein the water storage chamber includes at least two water storage rooms interconnected through a partition, each of the water storage rooms being provided with at least one washing dewatering device, wherein the water inlet of the water storage chamber is provided with a first upper cover, and the cleaning brush comprises a brush body, a plurality of cleaning heads disposed on the brush body, and a handle, the handle stretching out of the first upper cover.
An intrinsically-safe, explosion-proof encoder comprising: a housing including a plurality of sidewalls and a protection partition, the plurality of sidewalls including a first set of one or more sidewalls defining a first zone and a second set of one or more sidewalls defining a second zone exposed to an ambient environment, the protection partition having a first surface oriented toward the first zone and a second surface oriented toward the second zone, the protection partition having a sensor opening defined therethrough between the first zone and the second zone; a board stack assembly including two or more printed circuit boards separated by an elevation of a plurality of elevations, an interface device, an energy-limiting apparatus, a protective wire feedthrough coupled to the two or more printed circuit boards in the first zone, and a support mechanism coupled to the two or more printed circuit boards in the first zone, the protective wire feedthrough extending through the sensor opening between the first zone and the second zone, the support mechanism extending between a first elevation of the plurality of elevations and a second elevation of the plurality of elevations; a sensor device coupled to the protective wire feedthrough in the second zone; and a cover configured to engage the first set of one or more sidewalls such that the cover seals the first zone from the ambient environment. a housing including a plurality of sidewalls and a protection partition, the plurality of sidewalls including a first set of one or more sidewalls defining a first zone and a second set of one or more sidewalls defining a second zone exposed to an ambient environment, the protection partition having a first surface oriented toward the first zone and a second surface oriented toward the second zone, the protection partition having a sensor opening defined therethrough between the first zone and the second zone; a board stack assembly including two or more printed circuit boards separated by an elevation of a plurality of elevations, an interface device, an energy-limiting apparatus, a protective wire feedthrough coupled to the two or more printed circuit boards in the first zone, and a support mechanism coupled to the two or more printed circuit boards in the first zone, the protective wire feedthrough extending through the sensor opening between the first zone and the second zone, the support mechanism extending between a first elevation of the plurality of elevations and a second elevation of the plurality of elevations; a sensor device coupled to the protective wire feedthrough in the second zone; and a cover configured to engage the first set of one or more sidewalls such that the cover seals the first zone from the ambient environment.
A tire provided with a tread portion, a sidewall portion, and a bead portion, comprising: a bead core which is provided in the bead portion; a carcass ply which covers at least a part around a core axis of the bead core; and a conductive rubber portion which includes a through-portion (82b, 83b) corresponding to an embedded portion embedded in the carcass ply, wherein at least a part of the through portion (82b, 83b) being the embedded portion is located on an outside in a tire radial direction in relation to the bead core, and wherein a distance from an outer end portion of the bead core in the tire radial direction to an outer end portion of the through-portion (82b, 83b) being the embedded portion in the tire radial direction is equal to or shorter than a dimension of the bead core in the tire radial direction. a bead core which is provided in the bead portion; a carcass ply which covers at least a part around a core axis of the bead core; and a conductive rubber portion which includes a through-portion (82b, 83b) corresponding to an embedded portion embedded in the carcass ply, wherein at least a part of the through portion (82b, 83b) being the embedded portion is located on an outside in a tire radial direction in relation to the bead core, and wherein a distance from an outer end portion of the bead core in the tire radial direction to an outer end portion of the through-portion (82b, 83b) being the embedded portion in the tire radial direction is equal to or shorter than a dimension of the bead core in the tire radial direction.
An oral pharmaceutical composition for use in increasing the bioavailability of a protein to a subject, said oral pharmaceutical composition comprising a protein having a molecular weight of up to 100,000 Daltons, a first protease inhibitor, and a second protease inhibitor, wherein each of said first protease inhibitor and said second protease inhibitor inhibits trypsin and wherein said protein is characterized by at least one of the following: a. it is an enzyme. b. it is selected from the group consisting of a glucagon, an interferon gamma, an interferon alpha, a growth hormone, an erythropoietin, and granulocyte colony stimulating factor (G-CSF); c. it is selected from the group consisting of a receptor ligand, transport protein, and a storage protein.
Method for producing fibres or fibrous structures designed to hydrogel, in which method fibres or fibrous structures made from a first fibrous raw material comprising water-soluble polyvinyl alcohol and/or water-soluble polyvinyl alcohol copolymer are heat-treated for a predetermined heat-treatment time at a predetermined heat-treatment temperature of from 100 to 210°C, which is greater than a glass transition temperature and is less than a melting temperature of the first fibrous raw material used, with the result that the fibres are cross-linked, characterized in that the fibres or fibrous structures are provided with an acid catalyst before the heat-treatment.
Subscriber station for a bus system, having a first capture unit, which can be connected to a bus of the bus system, for capturing a degree of emission/radiation caused by switching operations on account of a message transmitted onto the bus, a second capture unit, which can be connected to the bus, for capturing an edge steepness of switching edges on account of the switching operations of a bus signal which results from the message transmitted onto the bus, and a regulating unit, which is connected downstream of the first capture unit and the second capture unit, for regulating the edge steepness and/or an edge shape of the message transmitted onto the bus on the basis of a capture result of the first capture unit and a capture result of the second capture unit in order to minimize the emission/radiation caused by switching operations, as captured by the first capture unit, on account of the message transmitted onto the bus and to meet the requirements of the bus system with respect to a timing of the message, which timing is predefined by limit values for the edge steepness of the bus signal from a timing specification for the bus system. a first capture unit, which can be connected to a bus of the bus system, for capturing a degree of emission/radiation caused by switching operations on account of a message transmitted onto the bus, a second capture unit, which can be connected to the bus, for capturing an edge steepness of switching edges on account of the switching operations of a bus signal which results from the message transmitted onto the bus, and a regulating unit, which is connected downstream of the first capture unit and the second capture unit, for regulating the edge steepness and/or an edge shape of the message transmitted onto the bus on the basis of a capture result of the first capture unit and a capture result of the second capture unit in order to minimize the emission/radiation caused by switching operations, as captured by the first capture unit, on account of the message transmitted onto the bus and to meet the requirements of the bus system with respect to a timing of the message, which timing is predefined by limit values for the edge steepness of the bus signal from a timing specification for the bus system.
A method of scheduling communication queues for service, comprising: maintaining multiple queues on a communication interface, wherein each queue is configured to queue communications to be transmitted to a destination through a communication link; assigning each queue to one of a plurality of logical channels defined over the communication link; maintaining a list (302; 402) of stalled queues (312, 332, 340; 412, 440), wherein a stalled queue is a queue prevented from being scheduled because of one or more constraints; and selecting one of the multiple queues for scheduling by: searching the list of stalled queues for a first queue subject to none of said one or more constraints; selecting for scheduling said first queue if said searching is successful; and if said searching is unsuccessful: selecting a first logical channel from the plurality of logical channels; and selecting for scheduling a second queue assigned to the first logical channel. maintaining multiple queues on a communication interface, wherein each queue is configured to queue communications to be transmitted to a destination through a communication link; assigning each queue to one of a plurality of logical channels defined over the communication link; maintaining a list (302; 402) of stalled queues (312, 332, 340; 412, 440), wherein a stalled queue is a queue prevented from being scheduled because of one or more constraints; and selecting one of the multiple queues for scheduling by: searching the list of stalled queues for a first queue subject to none of said one or more constraints; selecting for scheduling said first queue if said searching is successful; and if said searching is unsuccessful: selecting a first logical channel from the plurality of logical channels; and selecting for scheduling a second queue assigned to the first logical channel. searching the list of stalled queues for a first queue subject to none of said one or more constraints; selecting for scheduling said first queue if said searching is successful; and if said searching is unsuccessful: selecting a first logical channel from the plurality of logical channels; and selecting for scheduling a second queue assigned to the first logical channel. selecting a first logical channel from the plurality of logical channels; and selecting for scheduling a second queue assigned to the first logical channel.
A passenger seat for a vehicle, comprising a seat frame, a seat surface a backrest, and a life jacket, wherein the backrest has a back cushion and a cover, wherein the back cushion has a recess which is adapted to the life jacket, so that the life jacket can be inserted into the recess and is flush with the back cushion at least in some areas, wherein the cover has a main surface and a strip-shaped edge which largely surrounds the main surface and which can rest on edge surfaces of the back cushion, and wherein the cover can be fastened to the back cushion and is designed such that it covers the back cushion and thereby encloses the recess and the life jacket. a seat frame, a seat surface a backrest, and a life jacket, wherein the backrest has a back cushion and a cover, wherein the back cushion has a recess which is adapted to the life jacket, so that the life jacket can be inserted into the recess and is flush with the back cushion at least in some areas, wherein the cover has a main surface and a strip-shaped edge which largely surrounds the main surface and which can rest on edge surfaces of the back cushion, and wherein the cover can be fastened to the back cushion and is designed such that it covers the back cushion and thereby encloses the recess and the life jacket.
A method performed by a wireless device capable of operating according to Multi-Radio Dual Connectivity, MR-DC, such that the UE is configured with a Master Cell Group, controlled by the Master Node, and configured with a Secondary Cell Group controlled by a Source Secondary Node (S-SN), the method comprising: - receiving one or more Radio Resource Control, RRC, reconfiguration messages comprising at least one conditional configuration generated by the MN for a target candidate cell of a candidate Target Secondary Node, T-SN, for the MR-DC and an embedded RRCReconfiguration message generated by the S-SN, said embedded RRCReconfiguration message comprising at least one conditional configuration for a target candidate cell of said S-SN, for the Multi-Radio Dual Connectivity, MR-DC, wherein the one or more RRC reconfiguration messages are for Conditional PSCell Change, CPC; - monitoring one or more conditions; and - transmitting a message to a Master Node, MN, when the one or more conditions are fulfilled. - receiving one or more Radio Resource Control, RRC, reconfiguration messages comprising at least one conditional configuration generated by the MN for a target candidate cell of a candidate Target Secondary Node, T-SN, for the MR-DC and an embedded RRCReconfiguration message generated by the S-SN, said embedded RRCReconfiguration message comprising at least one conditional configuration for a target candidate cell of said S-SN, for the Multi-Radio Dual Connectivity, MR-DC, wherein the one or more RRC reconfiguration messages are for Conditional PSCell Change, CPC; - monitoring one or more conditions; and - transmitting a message to a Master Node, MN, when the one or more conditions are fulfilled.
A method of forming ethylene comprising: vaporizing elemental sulfur; providing a metal sulfide catalyst; and contacting the metal sulfide catalyst with a mixture of methane and the vaporized elemental sulfur to form ethylene, wherein the mixture has a methane to sulfur molar ratio greater than 1.2: 1.0. vaporizing elemental sulfur; providing a metal sulfide catalyst; and contacting the metal sulfide catalyst with a mixture of methane and the vaporized elemental sulfur to form ethylene, wherein the mixture has a methane to sulfur molar ratio greater than 1.2: 1.0.