mhurhangee/ep-ind-claims huggingface dataset:
A method for writing data into a storage system, wherein the storage system comprises a redundant array of independent disks,RAID, the RAID comprises a control device and X storage devices, a data stripe is stored in the RAID, and the data stripe comprises T members, and T=N+M, wherein N is a quantity of data units in the T members, M is a quantity of check units generated based on the N data units, N>=2, and M>=1; and the method is performed by the control device and comprises: determining that at least one first storage device of the X storage devices is out of service, wherein at least one member of the data stripe is stored in the first storage device; the method being characterized by: updating members of the data stripe stored on the remaining not out of service storage devices by writing new data to the members; selecting a second storage device from the X storage devices, wherein a quantity of members of the data stripe stored in the second storage device is less than a ratio of T divided by X, wherein T>X, and T is not equal to a multiple of X; and writing target data into the second storage device, wherein the target data is a data unit or a check unit used to update the at least one member of the data stripe that is stored in the first storage device, and wherein the target data is obtained through calculation by using the updated members of the data stripe stored on the remaining not out of service storage devices. determining that at least one first storage device of the X storage devices is out of service, wherein at least one member of the data stripe is stored in the first storage device; the method being characterized by: updating members of the data stripe stored on the remaining not out of service storage devices by writing new data to the members; selecting a second storage device from the X storage devices, wherein a quantity of members of the data stripe stored in the second storage device is less than a ratio of T divided by X, wherein T>X, and T is not equal to a multiple of X; and writing target data into the second storage device, wherein the target data is a data unit or a check unit used to update the at least one member of the data stripe that is stored in the first storage device, and wherein the target data is obtained through calculation by using the updated members of the data stripe stored on the remaining not out of service storage devices. updating members of the data stripe stored on the remaining not out of service storage devices by writing new data to the members; selecting a second storage device from the X storage devices, wherein a quantity of members of the data stripe stored in the second storage device is less than a ratio of T divided by X, wherein T>X, and T is not equal to a multiple of X; and writing target data into the second storage device, wherein the target data is a data unit or a check unit used to update the at least one member of the data stripe that is stored in the first storage device, and wherein the target data is obtained through calculation by using the updated members of the data stripe stored on the remaining not out of service storage devices.
A spark plug, comprising: a center electrode; a ground electrode bent to define a spark gap between a front end of the center electrode and an inner surface of the ground electrode facing the center electrode, wherein the ground electrode has a protrusion and a hole formed by extrusion process on a front end portion thereof; wherein the protrusion protrudes by a protruding length A of 0.4 to 1mm from the inner surface of the ground electrode toward the front end of the center electrode and includes a first straight portion formed in such a manner that a width of the protrusion in a cross section through a center axis of the protrusion is uniform along a center axis direction of the protrusion and that the first straight portion has a projected first straight portion area S1 of 1.5 to 3 mm 2 where the projected first straight portion area S1 is a projected area of the first straight portion on a plane perpendicular to the center axis of the protrusion; and wherein the hole has an opening formed at an outer surface of the ground electrode opposite the inner surface in such a manner that a contour of the first straight portion of the protrusion projected onto an imaginary plane perpendicular to the protruding direction of the protrusion is located inside of a contour of the opening projected on said imaginary plane and that a ratio (S2/S1) of a projected opening area S2 of the opening to the projected first straight portion area S1 is not less than 1.2. a center electrode; a ground electrode bent to define a spark gap between a front end of the center electrode and an inner surface of the ground electrode facing the center electrode, wherein the ground electrode has a protrusion and a hole formed by extrusion process on a front end portion thereof; wherein the protrusion protrudes by a protruding length A of 0.4 to 1mm from the inner surface of the ground electrode toward the front end of the center electrode and includes a first straight portion formed in such a manner that a width of the protrusion in a cross section through a center axis of the protrusion is uniform along a center axis direction of the protrusion and that the first straight portion has a projected first straight portion area S1 of 1.5 to 3 mm 2 where the projected first straight portion area S1 is a projected area of the first straight portion on a plane perpendicular to the center axis of the protrusion; and wherein the hole has an opening formed at an outer surface of the ground electrode opposite the inner surface in such a manner that a contour of the first straight portion of the protrusion projected onto an imaginary plane perpendicular to the protruding direction of the protrusion is located inside of a contour of the opening projected on said imaginary plane and that a ratio (S2/S1) of a projected opening area S2 of the opening to the projected first straight portion area S1 is not less than 1.2.
A working fluid for a heat transfer device comprising i) CO 2 as a refrigerant, and ii) a polyol ester lubricant composition as the sole lubricant, the composition comprising a mixture of esters of formula I wherein n is an integer of from 1 to 20, each R is independently an alkyl carbonyl of from 5 to 10 carbon atoms, each R 1 is independently selected and is either a group R or a substituent of formula II: and wherein at least 50% of all groups R in the compounds of formula I present in the working fluid are n-pentanoyl; and wherein from 70% to 100% of all R groups in the mixture of compounds of formula I are selected from isomers of alkyl carbonyl groups of 5 carbon atoms; and wherein the polyol ester lubricant composition ii) comprises: a) from 20 to 45 wt% compounds of formula I wherein n is 1 and each R 1 is independently selected and is a group R, b) from 15 to 20 wt% compounds of formula I wherein n is 2 and each R 1 is independently selected and is a group R, c) from 10 to 15 wt% compounds of formula I wherein n is 3 and each R 1 is independently selected and is a group R, and d) from 30 to 55 wt% compounds of formula I which are pentaerythritol oligomers of 4 or more pentaerythritol monomer groups. i) CO 2 as a refrigerant, and ii) a polyol ester lubricant composition as the sole lubricant, the composition comprising a mixture of esters of formula I wherein n is an integer of from 1 to 20, each R is independently an alkyl carbonyl of from 5 to 10 carbon atoms, each R 1 is independently selected and is either a group R or a substituent of formula II: and wherein at least 50% of all groups R in the compounds of formula I present in the working fluid are n-pentanoyl; and wherein from 70% to 100% of all R groups in the mixture of compounds of formula I are selected from isomers of alkyl carbonyl groups of 5 carbon atoms; and wherein the polyol ester lubricant composition ii) comprises: a) from 20 to 45 wt% compounds of formula I wherein n is 1 and each R 1 is independently selected and is a group R, b) from 15 to 20 wt% compounds of formula I wherein n is 2 and each R 1 is independently selected and is a group R, c) from 10 to 15 wt% compounds of formula I wherein n is 3 and each R 1 is independently selected and is a group R, and d) from 30 to 55 wt% compounds of formula I which are pentaerythritol oligomers of 4 or more pentaerythritol monomer groups. a) from 20 to 45 wt% compounds of formula I wherein n is 1 and each R 1 is independently selected and is a group R, b) from 15 to 20 wt% compounds of formula I wherein n is 2 and each R 1 is independently selected and is a group R, c) from 10 to 15 wt% compounds of formula I wherein n is 3 and each R 1 is independently selected and is a group R, and d) from 30 to 55 wt% compounds of formula I which are pentaerythritol oligomers of 4 or more pentaerythritol monomer groups.
A method of diagnosing and monitoring myelodysplastic syndrome, the method comprising: extracting a cell-free DNA sample from peripheral blood plasma or serum of a patient; performing a mutation analysis in a panel of MDS-associated genes on the cell-free DNA sample to identify one or more of DNA point mutations, DNA deletions, DNA insertions, and DNA translocations, wherein the mutation analysis comprises next-generation sequencing, and wherein the panel of MDS-associated genes comprises ASXL1, ETV6, EZH2, IDH1, IDH2, NRAS, CBL, RUNX1, SF3B1, SRSF2, TET2, TP53, U2AF1, and ZRSR2; and determining that the hematologic malignancy is developing, if the mutation analysis detects one or more of DNA point mutations, DNA deletions, DNA insertions, and DNA translocations in the cell-free DNA sample. extracting a cell-free DNA sample from peripheral blood plasma or serum of a patient; performing a mutation analysis in a panel of MDS-associated genes on the cell-free DNA sample to identify one or more of DNA point mutations, DNA deletions, DNA insertions, and DNA translocations, wherein the mutation analysis comprises next-generation sequencing, and wherein the panel of MDS-associated genes comprises ASXL1, ETV6, EZH2, IDH1, IDH2, NRAS, CBL, RUNX1, SF3B1, SRSF2, TET2, TP53, U2AF1, and ZRSR2; and determining that the hematologic malignancy is developing, if the mutation analysis detects one or more of DNA point mutations, DNA deletions, DNA insertions, and DNA translocations in the cell-free DNA sample.
A method for producing a microsphere or a microcapsule sustained-release composition, which comprises mixing and emulsifying an aqueous solution containing leuprorelin and acetic acid in a molar amount of 1.65 to 3 times that of said leuprorelin with a solution of a lactic acid-glycolic acid polymer in dichloromethane, and then drying the resulting W/O type emulsion.
Radial magnetic bearing comprising: - an active part, which is embodied as a hollow cylindrical stator, - teeth, each of which has a tooth base and a tooth height, and which point radially inwards relative to the hollow cylinder, - open or closed slots which are arranged between the teeth, and - windings which are introduced into the slots and surround at least one of the teeth in each case, wherein starting from the outer surface of the respective tooth bases and in extension of the teeth, the active part has an active part thickness which is greater than the tooth height, characterised in that the active part - starting from the respective tooth base and extending to a limit depth which is at most equal to the tooth height comprises a first material having a first magnetic permeability and - beyond the limit depth comprises a second material having a second magnetic permeability, wherein the first magnetic permeability is greater than the second magnetic permeability, wherein the limit depth is between 20% and 100% of the tooth height. - an active part, which is embodied as a hollow cylindrical stator, - teeth, each of which has a tooth base and a tooth height, and which point radially inwards relative to the hollow cylinder, - open or closed slots which are arranged between the teeth, and - windings which are introduced into the slots and surround at least one of the teeth in each case, wherein starting from the outer surface of the respective tooth bases and in extension of the teeth, the active part has an active part thickness which is greater than the tooth height, characterised in that the active part - starting from the respective tooth base and extending to a limit depth which is at most equal to the tooth height comprises a first material having a first magnetic permeability and - beyond the limit depth comprises a second material having a second magnetic permeability,
An electrolyte composition comprising: a) at least one fluorinated compound represented by R 1 COOR 2; b) a non-fluorinated carbonate; c) from 0.1 to 10.0 percent by weight of a lithium/boron compound, which is lithium bis(oxalate)borate, based on the total weight of the electrolyte composition; and d) a lithium salt, which is lithium hexafluorophosphate; wherein R 1 and R 2 independently represent a linear or branched alkyl group; the sum of carbon atoms in R 1 and R 2 is 2 to 7; at least two hydrogen atoms in R 1 and/or R 2 are replaced by fluorine atoms; and neither R 1 nor R 2 contains a -CH 2 F or -CHF- group. a) at least one fluorinated compound represented by R 1 COOR 2; b) a non-fluorinated carbonate; c) from 0.1 to 10.0 percent by weight of a lithium/boron compound, which is lithium bis(oxalate)borate, based on the total weight of the electrolyte composition; and d) a lithium salt, which is lithium hexafluorophosphate;
An insulating panel for lagging electrical equipment, the panel being based on mineral fibers selected from glass fibers, glass wool, rockwool, and comprising a core (13; 113) of mineral fibers interconnected by a mineral binder or a mechanical connection and a facing layer (9, 9') applied to at least one face of said core of mineral fibers (13; 113), characterized in that said facing layer (9; 9') comprises a woven-nonwoven, a woven mineral fiber fabric or a web of mineral fibers, and in that the facing layer is chemically bonded to the mineral fibers of the core by a mineral binder or is mechanically connected to the mineral fibers of the core and in that said facing layer (9; 9') has a weight lying in the range from 10 g/m 2 to 100 g/m 2.
A radiation image conversion panel comprising: a substrate; a resin layer formed on a main face of the substrate; and a phosphor formed by vapor deposition on a main face of the resin layer on a side opposite from the substrate and made of a columnar crystal; the resin layer is formed by a step-cured resin subjected to a step-by-step curing process, the resin layer is formed by applying a resin and then curing it by heat, and the resin layer is in a stage in the step-by-step curing process in which the resin layer is prior to complete curing of the resin layer characterized in that at least the main face of the resin layer has a surface energy of at least 20 [mN/m] but less than 35 [mN/m]. a substrate; a resin layer formed on a main face of the substrate; and a phosphor formed by vapor deposition on a main face of the resin layer on a side opposite from the substrate and made of a columnar crystal; the resin layer is formed by a step-cured resin subjected to a step-by-step curing process, the resin layer is formed by applying a resin and then curing it by heat, and the resin layer is in a stage in the step-by-step curing process in which the resin layer is prior to complete curing of the resin layer characterized in that at least the main face of the resin layer has a surface energy of at least 20 [mN/m] but less than 35 [mN/m].
An organic light emitting device comprising: an anode comprising an anode material and for injecting holes; an organic layer either defined by or comprising a light emitting layer on the anode; and a cathode on the organic layer and through which light emitted from the light emitting layer passes, wherein the cathode comprises: a metal oxide layer comprising a metal oxide, a buffer material, and a metal having an absolute work function value lower than an absolute work function value of the anode material; wherein the buffer material comprises a material selected from the group consisting of fullerene, a metal-containing fullerene-based complex, carbon nanotube, carbon fiber, carbon black, graphite, carbyne, MgC 60, SrC 60, CaC 60, C 60, C 70, MgO, YbO, and combinations thereof, characterized in that the buffer material and metal are included within a complex layer coupled to the metal oxide layer and the complex layer is formed by co-depositing the buffer material and the metal. an anode comprising an anode material and for injecting holes; an organic layer either defined by or comprising a light emitting layer on the anode; and a cathode on the organic layer and through which light emitted from the light emitting layer passes, wherein the cathode comprises: a metal oxide layer comprising a metal oxide, a buffer material, and a metal having an absolute work function value lower than an absolute work function value of the anode material; a metal oxide layer comprising a metal oxide, a buffer material, and a metal having an absolute work function value lower than an absolute work function value of the anode material;
A method for wireless communications for increasing quality on signaling channels, the method comprising: tracking a quality of a signaling channel to obtain an error rate for the signaling channel; determining whether the error rate is above a threshold; and, if the error rate is above the threshold, applying an iterative loop in order to adjust the amplitude value of signaling data transmitted on the signaling channel up to a limit value of amplitude; and characterized by applying an iterative loop to adjust a frame offset on the signaling channel progressively up to a limit value, comprising controlling timing by time offsetting signals between neighbouring cells. tracking a quality of a signaling channel to obtain an error rate for the signaling channel; determining whether the error rate is above a threshold; and, if the error rate is above the threshold, applying an iterative loop in order to adjust the amplitude value of signaling data transmitted on the signaling channel up to a limit value of amplitude; and characterized by applying an iterative loop to adjust a frame offset on the signaling channel progressively up to a limit value, comprising controlling timing by time offsetting signals between neighbouring cells. applying an iterative loop in order to adjust the amplitude value of signaling data transmitted on the signaling channel up to a limit value of amplitude; and characterized by applying an iterative loop to adjust a frame offset on the signaling channel progressively up to a limit value, comprising controlling timing by time offsetting signals between neighbouring cells.
A compact dispenser (220; 320; 420; 520) for liquids, comprising a bowl- or tray-shaped rigid container with an open face, the container having a refill opening with a valve and a dispense opening, these openings being located with a spacing from each other; wherein the open face of the bowl is covered by a deformable membrane to form a closed dispense cavity adjacent to the refill opening, the volume of this cavity being reduced as the membrane is deformed inwardly so as to empty the cavity, wherein the dispenser can be connected to a supply container by way of the refill opening, and separated from it again, characterised in that the dispenser is a freestanding container and the refill and dispense openings are such that application of the dispenser to the supply container (310; 410; 510) by way of the refill opening, with the cavity initially empty, opens the valve, so that, when the membrane is subsequently allowed to spring back to its rest shape it draws liquid from the parent supply container into the cavity, while when the dispenser is separated from the supply container the refill opening (222; 322; 422) is closed by the valve.
Bicycle wheel rim, comprising a wall made of composite material having a plurality of perforated spoke-attachment seats, wherein each perforated seat has a substantially circumferential shape and is delimited, at a perimeter circumference thereof, by: - at least two first areas comprising an amassment of continuous structural fibers and in which the local density of the continuous structural fibers is greater than an average nominal density of the continuous structural fibers in every area of the wall far from the perforated seat, wherein said at least two first areas are arranged on opposite sides with respect to the perforated seat along a first direction; - at least two second areas circumferentially spaced apart from said at least two first areas and arranged on opposite sides with respect to the perforated seat along a second direction substantially perpendicular to the first direction; characterised in that said at least two second areas comprises cut structural fibers. - at least two first areas comprising an amassment of continuous structural fibers and in which the local density of the continuous structural fibers is greater than an average nominal density of the continuous structural fibers in every area of the wall far from the perforated seat, wherein said at least two first areas are arranged on opposite sides with respect to the perforated seat along a first direction; - at least two second areas circumferentially spaced apart from said at least two first areas and arranged on opposite sides with respect to the perforated seat along a second direction substantially perpendicular to the first direction;
A seat back structure for a vehicle having a headrest, a seat back frame, and a pad disposed in front of a surface of the seat back frame, wherein the pad includes a backrest surface, and right and left side supports (9a, 9b) each provided on either side of the backrest surface in a seat width direction, a right slit portion and a left slit portion are provided between the backrest surface and the right and the left side supports (9a, 9b), respectively, each of the right slit portion and the left slit portion having a slit penetrating the pad in a thickness direction of the pad and extending in a vertical direction of the pad, the right and the left slit portions are spaced apart from each other in the seat width direction, the pad has a skin (12, 13) covering an outer surface thereof, the pad is provided with a suspending groove, the skin (12, 13) is engaged at an inner side of the suspending groove, and a suspending wire is embedded in the suspending groove, characterized in that the suspending wire at a position corresponding to the slit is bent in the horizontal direction outwards or toward the center of the seat while avoiding the slit, such that the suspending wire is not exposed to the inside of the slit. the pad includes a backrest surface, and right and left side supports (9a, 9b) each provided on either side of the backrest surface in a seat width direction, a right slit portion and a left slit portion are provided between the backrest surface and the right and the left side supports (9a, 9b), respectively, each of the right slit portion and the left slit portion having a slit penetrating the pad in a thickness direction of the pad and extending in a vertical direction of the pad, the right and the left slit portions are spaced apart from each other in the seat width direction, the pad has a skin (12, 13) covering an outer surface thereof, the pad is provided with a suspending groove, the skin (12, 13) is engaged at an inner side of the suspending groove, and a suspending wire is embedded in the suspending groove, characterized in that the suspending wire at a position corresponding to the slit is bent in the horizontal direction outwards or toward the center of the seat while avoiding the slit, such that the suspending wire is not exposed to the inside of the slit.