mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a catalytically effective amount of a catalytically active reaction product of a reaction of ingredients i) and ii), where ingredient i) is a Ti precursor of formula Ti-A 4, where each A independently represents a monovalent organic group; and ingredient ii) is one of ligands,,,,, and:below: or or or or a ligand of general formula (xvii): where A 57 and A 58 are each bonded to P through a single bond or a double bond, A 57 and A 58 are each independently selected from OH, O, and a monovalent organic group, A 59 is a monovalent organic group, and subscript e is an integer from 0 to 4; or a ligand of general formula (xx) where subscript h is a in integer from 0 to 5, and each A b4 is independently selected from a halogen atom, OH, and a monovalent organic group; and a silicon containing base polymer having an average, per molecule, of one or more hydrolyzable substituents. a catalytically effective amount of a catalytically active reaction product of a reaction of ingredients i) and ii), where ingredient i) is a Ti precursor of formula Ti-A 4, where each A independently represents a monovalent organic group; and ingredient ii) is one of ligands,,,,, and:below: or or or or a ligand of general formula (xvii): where A 57 and A 58 are each bonded to P through a single bond or a double bond, A 57 and A 58 are each independently selected from OH, O, and a monovalent organic group, A 59 is a monovalent organic group, and subscript e is an integer from 0 to 4; or a ligand of general formula (xx) where subscript h is a in integer from 0 to 5, and each A b4 is independently selected from a halogen atom, OH, and a monovalent organic group; and ingredient i) is a Ti precursor of formula Ti-A 4, where each A independently represents a monovalent organic group; and ingredient ii) is one of ligands,,,,, and:below: or or or or a ligand of general formula (xvii): where A 57 and A 58 are each bonded to P through a single bond or a double bond, A 57 and A 58 are each independently selected from OH, O, and a monovalent organic group, A 59 is a monovalent organic group, and subscript e is an integer from 0 to 4; or a ligand of general formula (xx) where subscript h is a in integer from 0 to 5, and each A b4 is independently selected from a halogen atom, OH, and a monovalent organic group; and a silicon containing base polymer having an average, per molecule, of one or more hydrolyzable substituents.
Electric current transducer comprising a housing, a magnetic core and a magnetic field detection system, the magnetic core surrounding a primary conductor passage for receiving a primary conductor therethrough, the magnetic core comprising a first part and a second part assembled in the housing so as to form a first magnetic circuit gap and a second magnetic circuit gap, the magnetic field detection system comprising a first magnetic field detector positioned in the first magnetic circuit gap and a second magnetic field detector positioned in the second magnetic circuit gap, the first and second magnetic circuit gaps being disposed on opposing sides of magnetic core, each of the first and second parts comprising a pair of lateral branches (15a, 16a), joined by a bridging branch (15b, 16b), characterized in that the lateral branches of the first and second magnetic core parts overlap such that the lateral branches of the first part of the magnetic core are positioned adjacent an inner side of the lateral branches of the second part of the magnetic core, said first and second magnetic circuit gaps being formed between an outer side of the lateral branches of the first part and an inner side of the lateral branches of the second part.
A system (100, 200) comprising: a memory controller (120, 220) configured to generate at least one read command including address information; and at least one dynamic random access memory, DRAM, device (140, 230), the DRAM device comprising: a memory array including memory locations addressable with the address information, the memory locations including data and internal check bits associated with the data, the DRAM device to generate the internal check bits during an error checking operation; and input/output, I/O, circuitry (142, 232) configured to couple to the memory controller, the I/O circuitry being configured to receive the read command; wherein in response to the read command, if the DRAM device is configured for a check bit read, CBRD, mode, the read command causes the DRAM device to send internal check bits associated with the identified address location via the I/O circuitry to the memory controller, and if the DRAM device is not configured for the CBRD mode, the read command causes the DRAM device to return data associated with the identified address location without exposing the internal check bits to the memory controller. a memory controller (120, 220) configured to generate at least one read command including address information; and at least one dynamic random access memory, DRAM, device (140, 230), the DRAM device comprising: a memory array including memory locations addressable with the address information, the memory locations including data and internal check bits associated with the data, the DRAM device to generate the internal check bits during an error checking operation; and input/output, I/O, circuitry (142, 232) configured to couple to the memory controller, the I/O circuitry being configured to receive the read command; wherein in response to the read command, if the DRAM device is configured for a check bit read, CBRD, mode, the read command causes the DRAM device to send internal check bits associated with the identified address location via the I/O circuitry to the memory controller, and if the DRAM device is not configured for the CBRD mode, the read command causes the DRAM device to return data associated with the identified address location without exposing the internal check bits to the memory controller. a memory array including memory locations addressable with the address information, the memory locations including data and internal check bits associated with the data, the DRAM device to generate the internal check bits during an error checking operation; and input/output, I/O, circuitry (142, 232) configured to couple to the memory controller, the I/O circuitry being configured to receive the read command; wherein in response to the read command, if the DRAM device is configured for a check bit read, CBRD, mode, the read command causes the DRAM device to send internal check bits associated with the identified address location via the I/O circuitry to the memory controller, and if the DRAM device is not configured for the CBRD mode, the read command causes the DRAM device to return data associated with the identified address location without exposing the internal check bits to the memory controller.
An organic light emitting device comprising: a first electrode; a second electrode provided opposite to the first electrode; a one or more-layered organic material layer including an emission layer provided between the first electrode and the second electrode; a secondary electrode provided on a top, a bottom, or a side surface of the first electrode and electrically connected to the first electrode, the secondary electrode having a mesh structure; and an insulation layer provided between the secondary electrode and the one or more-layered organic material layer, wherein the insulation layer is formed on the secondary electrode, and a width of the insulation layer is 10 μ m or more greater than a line width of the secondary electrode, and wherein each of meshes of the secondary electrode configures a pixel of the organic light emitting device, a sheet resistance of the first electrode is 5,000 Ω/□ or more, and a multiplication of the sheet resistance of the first electrode and an area of one pixel is 3,200 V cm 2 /A or less, and wherein the secondary electrode is located in a non-emissive area, and the insulation layer is provided in the non-emissive area. a first electrode; a second electrode provided opposite to the first electrode; a one or more-layered organic material layer including an emission layer provided between the first electrode and the second electrode; a secondary electrode provided on a top, a bottom, or a side surface of the first electrode and electrically connected to the first electrode, the secondary electrode having a mesh structure; and an insulation layer provided between the secondary electrode and the one or more-layered organic material layer, wherein the insulation layer is formed on the secondary electrode, and a width of the insulation layer is 10 μ m or more greater than a line width of the secondary electrode, and wherein each of meshes of the secondary electrode configures a pixel of the organic light emitting device, a sheet resistance of the first electrode is 5,000 Ω/□ or more, and a multiplication of the sheet resistance of the first electrode and an area of one pixel is 3,200 V cm 2 /A or less, and wherein the secondary electrode is located in a non-emissive area, and the insulation layer is provided in the non-emissive area.
A mounting member connectable to a guide member that is provided with an edge attached to a tearing portion of a trim cover of an airbag module-equipped seat, comprising: a connecting portion connectable to one end of the guide member; and a groove engaged with an edge portion of a side frame of a seat back frame of the seat, characterised in that the mounting member further comprises a wide portion formed adjacent to the groove, the wide portion generally conforming to the shape of an area surrounded by a curved flange that is formed by bending back the edge portion of the side frame inward in an U shape and the side frame; the wide portion is formed with the connecting portion; and the mounting member connects the guide member to the side frame. a connecting portion connectable to one end of the guide member; and a groove engaged with an edge portion of a side frame of a seat back frame of the seat, characterised in that the mounting member further comprises a wide portion formed adjacent to the groove, the wide portion generally conforming to the shape of an area surrounded by a curved flange that is formed by bending back the edge portion of the side frame inward in an U shape and the side frame; the wide portion is formed with the connecting portion; and the mounting member connects the guide member to the side frame.
The compound having Formula la, or a pharmaceutically acceptable salt thereof, X is CH; R 1 is selected from the group consisting of (a) C 1-3 alkyl optionally substituted with 1-3 halogens and optionally substituted with -CN, (b) -C(=O)H, (c) -C(=O)C 1-3 alkyl, and (d) -CH=CH-Phenyl wherein Phenyl is substituted with -C(=O)OH; and R 3 is Br.
A radial seal assembly, the radial seal assembly comprising: an inner rotating shaft, the inner rotating shaft including a plurality of inner rotating shaft fluid feed holes; a primary segmented seal including a primary spring; a secondary segmented seal including a secondary spring; an outer housing, the outer housing including a plurality of outer housing fluid feed holes; and a tertiary seal configured to axially seal the primary segmented seal and the secondary segmented seal; characterised in that the primary segmented seal includes a plurality of primary segmented seal fluid feed holes in fluid communication with the outer housing fluid feed holes, and through which fluid is fed to corresponding seal inner cavities wherein the assembly is configured so that as the inner rotating shaft rotates, the inner rotating shaft fluid feed holes periodically come into fluid communication alignment with the seal inner cavities such that the fluid may vent through the inner rotating shaft fluid feed holes. an inner rotating shaft, the inner rotating shaft including a plurality of inner rotating shaft fluid feed holes; a primary segmented seal including a primary spring; a secondary segmented seal including a secondary spring; an outer housing, the outer housing including a plurality of outer housing fluid feed holes; and a tertiary seal configured to axially seal the primary segmented seal and the secondary segmented seal; characterised in that the primary segmented seal includes a plurality of primary segmented seal fluid feed holes in fluid communication with the outer housing fluid feed holes, and through which fluid is fed to corresponding seal inner cavities wherein the assembly is configured so that as the inner rotating shaft rotates, the inner rotating shaft fluid feed holes periodically come into fluid communication alignment with the seal inner cavities such that the fluid may vent through the inner rotating shaft fluid feed holes.
A particulate water-absorbing agent comprising a polyacrylic acid (salt)-based water-absorbing resin as a main component, said particulate water-absorbing agent satisfying (a) through (d) below: (a) EXI represented by the following Formula is not less than 11.5: EXI = centrifuge retention capacity / Ln water-soluble component amount wherein the water-soluble component amount is an amount in weight% of dissolved polymer which is determined by pH titration after adding 1.0 g of a water-absorbing resin to 184.3 g of a 0.9 weight% aqueous sodium chloride solution and stirring the resulting mixture at 500 rpm for 16 hours; (b) a molecular weight distribution, represented by the following Formula, of a water-soluble component is 1.0 to 4.8: Molecular weight distribution = weight average molecular weight / number average molecular weight (c) a weight average molecular weight after a hydrolysis treatment is 450,000 Da to 1,800,000 Da, and (d) a branching density after the hydrolysis treatment is not more than 0.100, wherein the branching density is determined in accordance with the method of measurement described in the description; said hydrolysis treatment being a treatment carried out by allowing said particulate water-absorbing agent to swell in a 0.9 weight% aqueous sodium chloride solution, removing the water-soluble component so as to obtain a gel, and allowing 600 mg of the gel to stand still in 10 mL of a 0.1 N aqueous sodium hydroxide solution at 80°C for 3 weeks. (a) EXI represented by the following Formula is not less than 11.5: EXI = centrifuge retention capacity / Ln water-soluble component amount wherein the water-soluble component amount is an amount in weight% of dissolved polymer which is determined by pH titration after adding 1.0 g of a water-absorbing resin to 184.3 g of a 0.9 weight% aqueous sodium chloride solution and stirring the resulting mixture at 500 rpm for 16 hours; (b) a molecular weight distribution, represented by the following Formula, of a water-soluble component is 1.0 to 4.8: Molecular weight distribution = weight average molecular weight / number average molecular weight (c) a weight average molecular weight after a hydrolysis treatment is 450,000 Da to 1,800,000 Da, and (d) a branching density after the hydrolysis treatment is not more than 0.100, wherein the branching density is determined in accordance with the method of measurement described in the description; said hydrolysis treatment being a treatment carried out by allowing said particulate water-absorbing agent to swell in a 0.9 weight% aqueous sodium chloride solution, removing the water-soluble component so as to obtain a gel, and allowing 600 mg of the gel to stand still in 10 mL of a 0.1 N aqueous sodium hydroxide solution at 80°C for 3 weeks.
Laundry care device with a cabinet-type housing, which comprises a door with an opening facility on its front panel, wherein the door is arranged in a pivotable fashion about an essentially vertical axis and wherein the opening facility includes a locking facility, which, for locking the door, corresponds with a locking opening in the housing, as well as a grip element, characterised in that the grip element can be pivoted about an essentially horizontal axis, wherein the door is opened by pivoting the grip element, and that the horizontal axis is arranged below the locking facility, wherein the locking facility is mechanically coupled to the grip element so that, by pivoting the grip element in the opening direction of the door, the locking facility is also moved at the same time such that an unlocking is effected.
A sodium-aluminum secondary cell, comprising: a metal sodium negative electrode, which electrochemically oxidizes to release sodium ions during discharge and electrochemically reduces sodium ions to sodium metal during recharging; a positive electrode compartment comprising an aluminum positive electrode disposed in a positive electrolyte comprising a mixture of NaAl 2 X 7 and NaAlX 4, where X is a halogen atom or mixture of different halogen atoms selected from chlorine, bromine, and iodine; and a sodium ion conductive electrolyte membrane that separates the metal sodium negative electrode from the positive electrolyte, wherein the metal sodium negative electrode and the positive electrolyte are molten and in contact with the conductive electrolyte membrane as the cell operates, and wherein the cell functions at an operating temperature between about 100 °C and about 200 °C. a metal sodium negative electrode, which electrochemically oxidizes to release sodium ions during discharge and electrochemically reduces sodium ions to sodium metal during recharging; a positive electrode compartment comprising an aluminum positive electrode disposed in a positive electrolyte comprising a mixture of NaAl 2 X 7 and NaAlX 4, where X is a halogen atom or mixture of different halogen atoms selected from chlorine, bromine, and iodine; and a sodium ion conductive electrolyte membrane that separates the metal sodium negative electrode from the positive electrolyte, wherein the metal sodium negative electrode and the positive electrolyte are molten and in contact with the conductive electrolyte membrane as the cell operates, and wherein the cell functions at an operating temperature between about 100 °C and about 200 °C.
A plant operation apparatus provided in a combined-cycle power plant including at least a plurality of gas turbines as a plurality of devices to be operated, the plant operation apparatus operating the devices to be operated, the plant operation apparatus comprising: a display unit; and an interactive processing unit that can display on the display unit an activation setting screen on which activation sequence in an activation operation of the gas turbines, number of gas turbines to be in an operating state after the activation operation and operation phases can be selected as a selection, and/or a shutdown setting screen on which shutdown sequence in a shutdown operation of the gas turbines, number of gas turbines to be in an operating state after the shutdown operation and operation phases can be selected as said selection; the plant operation apparatus being characterised by a sequence processing unit that can generate, based on said selection, activation sequence information comprising activation elements of the respective devices to be operated, required for the activation operation, arranged on the activation setting screen in order according to said activation sequence and said number selected, and/or shutdown sequence information comprising shutdown elements of the respective devices to be operated, required for the shutdown operation, arranged on the activation setting screen in order according to said shutdown sequence and said number selected on the shutdown setting screen. a display unit; and an interactive processing unit that can display on the display unit an activation setting screen on which activation sequence in an activation operation of the gas turbines, number of gas turbines to be in an operating state after the activation operation and operation phases can be selected as a selection, and/or a shutdown setting screen on which shutdown sequence in a shutdown operation of the gas turbines, number of gas turbines to be in an operating state after the shutdown operation and operation phases can be selected as said selection; the plant operation apparatus being characterised by a sequence processing unit that can generate, based on said selection, activation sequence information comprising activation elements of the respective devices to be operated, required for the activation operation, arranged on the activation setting screen in order according to said activation sequence and said number selected, and/or shutdown sequence information comprising shutdown elements of the respective devices to be operated, required for the shutdown operation, arranged on the activation setting screen in order according to said shutdown sequence and said number selected on the shutdown setting screen.
A turbine cooling manifold comprising: a plurality of pieces, with each piece extending in a circumferential direction to abutting flanges (100...104), with said abutting flanges (100...104) being secured together at circumferential ends of each of said plurality of pieces; cooling channels formed between a radially inner wall and an outer wall of said cooling manifold, and air inlets formed in at least a plurality of said plurality of pieces, with air inlets for delivering air into said cooling channels; and characterized by the turbine cooling manifold further comprising: fingers (86; 110) on the outer wall of said cooling manifold, said fingers (86; 110) being aligned within an air outlet, such that air can be delivered into the inlet, cool an interior of the cooling manifold in cooling channels, and leave through said outlet into said fingers (86; 110), and then extend to a main conduit; and said main conduit being secured to said outer wall of said cooling manifold. a plurality of pieces, with each piece extending in a circumferential direction to abutting flanges (100...104), with said abutting flanges (100...104) being secured together at circumferential ends of each of said plurality of pieces; cooling channels formed between a radially inner wall and an outer wall of said cooling manifold, and air inlets formed in at least a plurality of said plurality of pieces, with air inlets for delivering air into said cooling channels; and characterized by the turbine cooling manifold further comprising: fingers (86; 110) on the outer wall of said cooling manifold, said fingers (86; 110) being aligned within an air outlet, such that air can be delivered into the inlet, cool an interior of the cooling manifold in cooling channels, and leave through said outlet into said fingers (86; 110), and then extend to a main conduit; and said main conduit being secured to said outer wall of said cooling manifold. fingers (86; 110) on the outer wall of said cooling manifold, said fingers (86; 110) being aligned within an air outlet, such that air can be delivered into the inlet, cool an interior of the cooling manifold in cooling channels, and leave through said outlet into said fingers (86; 110), and then extend to a main conduit; and said main conduit being secured to said outer wall of said cooling manifold.
An implant for flexible distraction between two anchor points on the skeleton of a human or veterinary patient, the implant comprising a flexible, U-shaped elastic member wherein the flexible, U-shaped elastic member includes two-free ends, wherein the implant further comprises two anchor members, and two flexible tension members that couple the flexible, U-shaped elastic member to the two anchor members, wherein the two flexible tension members are configured to engage the flexible elastic member at the free ends of the flexible elastic member, characterized in that the flexible elastic member straddles the two anchor members and, due to the elasticity of the elastic member, applies a distraction force to the anchor members via the two flexible tension members situated between the flexible elastic member and the two anchor members.