mhurhangee/ep-ind-claims huggingface dataset:
A sorbent cartridge comprising at least one sorbent selected from: (a) at least one first sorbent layer loaded with at least one polymerizable urea complexing agent, said complexing agent being or comprising dialdehyde, dicarboxylic acid, monocarboxylic acid, starch, starch phosphate, orthophosphoric acid, or any combinations thereof, and at least one second sorbent layer loaded with at least one crosslinker, said crosslinker being or comprising zirconium ion(s) and being crosslinkable with a soluble urea complex reaction product of said polymerizable urea complexing agent and urea when passing through the first sorbent layer, to form a crosslinked polymeric urea complex which is attachable to said second sorbent layer; or (b) at least one sorbent layer comprising an insolubilized crosslinked polymeric urea-bindable complex attached thereto, wherein said crosslinked polymeric urea-bindable complex comprises a reaction product of at least one crosslinker, said crosslinker being or comprising zirconium ion(s), and at least one polymerizable urea complexing agent, said complexing agent being or comprising dialdehyde, dicarboxylic acid, monocarboxylic acid, starch, starch phosphate, orthophosphoric acid, or any combinations thereof; wherein the sorbent cartridge is preferably free of an immobilized urease layer. (a) at least one first sorbent layer loaded with at least one polymerizable urea complexing agent, said complexing agent being or comprising dialdehyde, dicarboxylic acid, monocarboxylic acid, starch, starch phosphate, orthophosphoric acid, or any combinations thereof, and at least one second sorbent layer loaded with at least one crosslinker, said crosslinker being or comprising zirconium ion(s) and being crosslinkable with a soluble urea complex reaction product of said polymerizable urea complexing agent and urea when passing through the first sorbent layer, to form a crosslinked polymeric urea complex which is attachable to said second sorbent layer; or (b) at least one sorbent layer comprising an insolubilized crosslinked polymeric urea-bindable complex attached thereto, wherein said crosslinked polymeric urea-bindable complex comprises a reaction product of at least one crosslinker, said crosslinker being or comprising zirconium ion(s), and at least one polymerizable urea complexing agent, said complexing agent being or comprising dialdehyde, dicarboxylic acid, monocarboxylic acid, starch, starch phosphate, orthophosphoric acid, or any combinations thereof;
A method for opening printed products, with the steps: ▪ transporting printed products with a conveyor device with transport clips which are driven in the conveying direction and which are arranged at a distance behind one another, wherein the transport clips hold the printed products at their back running transversely to the conveying direction and connecting two product parts (30, 32) to one another; ▪ supporting the printed products at their edge region which lies opposite the back and which leads in the conveying direction, with a support element which is arranged below the conveyor device and which forms a conveyor plane acting essentially in the conveying direction; ▪ moving in between consecutive printed products, above the support element, with an opening element which revolves along a closed movement path, ▪ applying the opening element, running with the rear of these consecutive printed products, from above onto its upper-lying product part, and firmly holding it; characterised in that the method comprises the further steps: ▪ encompassing the edge region of the printed product and supporting the printed product by way of a holding element which is moved along a closed revolving path and which runs with the respective printed product; ▪ wherein the opening element engages on the printed product in a holding region lying behind the edge region seen in the conveying direction, firmly holds the second product part and pulls it out of the holding element. ▪ transporting printed products with a conveyor device with transport clips which are driven in the conveying direction and which are arranged at a distance behind one another, wherein the transport clips hold the printed products at their back running transversely to the conveying direction and connecting two product parts (30, 32) to one another; ▪ supporting the printed products at their edge region which lies opposite the back and which leads in the conveying direction, with a support element which is arranged below the conveyor device and which forms a conveyor plane acting essentially in the conveying direction; ▪ moving in between consecutive printed products, above the support element, with an opening element which revolves along a closed movement path, ▪ applying the opening element, running with the rear of these consecutive printed products, from above onto its upper-lying product part, and firmly holding it; ▪ encompassing the edge region of the printed product and supporting the printed product by way of a holding element which is moved along a closed revolving path and which runs with the respective printed product; ▪ wherein the opening element engages on the printed product in a holding region lying behind the edge region seen in the conveying direction, firmly holds the second product part and pulls it out of the holding element.
An anchoring adhesive cartridge, slug, or package, comprising: a first part A and a second part B, wherein wherein the first part A is contained in a first capsule and the second part B is contained in a second capsule; and the first part A and the second part B are present in a weight ratio of 1:4 to 40:1; the first part A comprising 1-30 % by weight of an isocyanurate compound and 3-50 % by weight of a vinyl ester compound, zero to 40 % by weight of one or more additional monomers, and 20-70 % by weight of one or more fillers; the second part B comprising a free radical initiator, wherein the isocyanurate compound is selected from the group consisting of isocyanurate acrylates, isocyanurate diacrylates, isocyanurate triacrylates, and combinations thereof. a first part A and a second part B, wherein wherein the first part A is contained in a first capsule and the second part B is contained in a second capsule; and the first part A and the second part B are present in a weight ratio of 1:4 to 40:1; the first part A comprising 1-30 % by weight of an isocyanurate compound and 3-50 % by weight of a vinyl ester compound, zero to 40 % by weight of one or more additional monomers, and 20-70 % by weight of one or more fillers; the second part B comprising a free radical initiator,
System for connecting two substantially tubular elements (201, 202), in particular two shells of an axial compressor case, comprising; a) two flanges (203, 204), each being substantially annular and comprising a proximal face (203p, 204p) adapted to be integral with one or both elements (203, 204) and a distal face (203d, 204d), and b) securing members for pressing the distal faces (203d, 204d) of the flanges (203, 204) into contact with each other, so as to be able to transmit tension and compression axial forces between the two flanges (203, 204). c) said securing members comprise at least one pair of jaws (207, 208) designed to be connected by a set of tension members, for example screws or bolts, each jaw (207, 208) of said pair being designed to abut against the proximal face (203p, 204p) of one of the flanges, and d) at least one jaw of said pair also comprises means, such as substantially radial shoulders, designed to form a positive connection with complementary means in the two flanges (203, 204) for transmission of circumferential forces between the two flanges (203, 204), and characterised in that each of the two flanges (203, 204) comprises at least one substantially radial cutout, and in that one jaw of said pair is arranged to form a positive connection with a cutout in each of the two flanges (203, 204) for said transmission of circumferential forces between the two flanges (203, 204). a) two flanges (203, 204), each being substantially annular and comprising a proximal face (203p, 204p) adapted to be integral with one or both elements (203, 204) and a distal face (203d, 204d), and b) securing members for pressing the distal faces (203d, 204d) of the flanges (203, 204) into contact with each other, so as to be able to transmit tension and compression axial forces between the two flanges (203, 204). c) said securing members comprise at least one pair of jaws (207, 208) designed to be connected by a set of tension members, for example screws or bolts, each jaw (207, 208) of said pair being designed to abut against the proximal face (203p, 204p) of one of the flanges, and d) at least one jaw of said pair also comprises means, such as substantially radial shoulders, designed to form a positive connection with complementary means in the two flanges (203, 204) for transmission of circumferential forces between the two flanges (203, 204),
A medical system capable of stimulating a heart of a patient using two or more vectors (160, 162, 164, 166, 168), comprising: three or more electro-stimulation electrodes (112,114, 116, 118, 122, 124); a pulse generator configured to deliver electrical stimulation pulses using each of the two or more vectors via the electro-stimulation electrodes (112,114, 116, 118, 122, 124); a controller coupled to the pulse generator, wherein the controller is configured to: cause the pulse generator to deliver an electrical stimulation pulse at a first voltage to each vector in a first set of two or more vectors; determine whether the delivered electrical stimulation pulse at the first voltage resulted in capture for each of the vectors in the first set of two or more vectors; identify those vectors of the first set of two or more vectors that were determined to result in capture as a second set of vectors; deliver electrical stimulation at a second voltage that is lower than the first voltage to each vector in the second set of vectors; and determine whether the delivered electrical stimulation at the second voltage resulted in capture for each of the vectors in the second set of vectors. three or more electro-stimulation electrodes (112,114, 116, 118, 122, 124); a pulse generator configured to deliver electrical stimulation pulses using each of the two or more vectors via the electro-stimulation electrodes (112,114, 116, 118, 122, 124); a controller coupled to the pulse generator, wherein the controller is configured to: cause the pulse generator to deliver an electrical stimulation pulse at a first voltage to each vector in a first set of two or more vectors; determine whether the delivered electrical stimulation pulse at the first voltage resulted in capture for each of the vectors in the first set of two or more vectors; identify those vectors of the first set of two or more vectors that were determined to result in capture as a second set of vectors; deliver electrical stimulation at a second voltage that is lower than the first voltage to each vector in the second set of vectors; and determine whether the delivered electrical stimulation at the second voltage resulted in capture for each of the vectors in the second set of vectors. cause the pulse generator to deliver an electrical stimulation pulse at a first voltage to each vector in a first set of two or more vectors; determine whether the delivered electrical stimulation pulse at the first voltage resulted in capture for each of the vectors in the first set of two or more vectors; identify those vectors of the first set of two or more vectors that were determined to result in capture as a second set of vectors; deliver electrical stimulation at a second voltage that is lower than the first voltage to each vector in the second set of vectors; and determine whether the delivered electrical stimulation at the second voltage resulted in capture for each of the vectors in the second set of vectors.
A marching memory used as a main memory of a computer system, for providing streaming parallel data of byte size or word size in a matrix formation to a processor of the computer system, the marching memory comprising: an array of memory units (U 11 -U uv), in which a plurality of the memory units (U 11 -U ul; U 12 -U u2;... U lv -U uv) are aligned along a column direction, each of the memory units comprising an array of cells (M l -M m) aligned along the column direction, each of the cells storing information, so that each of the memory units can store a unit of information aligned along the column direction, and a plurality of one-dimensional arrangements of the memory units aligned along the column direction are further deployed along a row direction, wherein the units of information stored in each of the memory units are transferred to the adjacent memory unit along the row direction synchronously with a clock signal, thereby providing the processor with the streaming parallel data. an array of memory units (U 11 -U uv), in which a plurality of the memory units (U 11 -U ul; U 12 -U u2;... U lv -U uv) are aligned along a column direction, each of the memory units comprising an array of cells (M l -M m) aligned along the column direction, each of the cells storing information, so that each of the memory units can store a unit of information aligned along the column direction, and a plurality of one-dimensional arrangements of the memory units aligned along the column direction are further deployed along a row direction, wherein the units of information stored in each of the memory units are transferred to the adjacent memory unit along the row direction synchronously with a clock signal, thereby providing the processor with the streaming parallel data.
Method of manufacturing an essentially unrecrystallised plate with a thickness of at least 30 mm with low propensity to crack bifurcation, comprising the following steps: a) casting a slab containing 2.2 to 3.9% by weight of Cu, 0.7 to 2.1% by weight of Li, 0.2 to 0.8% by weight of Mg, 0.2 to 0.5% by weight of Mn, 0.04 to 0.18% by weight of Zr, less than 0.05% by weight of Zn and optionally 0.1 to 0.5% by weight of Ag, the remainder being aluminium and inevitable impurities, b) homogenising said slab at between 470°C and 510°C for a duration of 2 to 30 hours, c) hot rolling said slab to obtain a plate at least 30 mm thick, with an exit temperature of at least 410°C d) solution heat treating the plate at between 490°C and 540°C for 15 minutes to 4h, such that the total equivalent time for homogenising and solution heat treating t(eq) t eq = ∫ exp − 26100 / T dt exp − 26100 / T ref does not exceed 30h and preferably 20h, in which T (in Kelvin) is the instantaneous treatment temperature, that varies with the time t (in hours), and T ref is a reference temperature fixed at 773 K, e) quenchng in cold water f) stretching in a controlled manner of said plate with a permanent deformation of 2 to 5% g) annealing of said plate by heating to between 130°C and 160°C for 5 to 60 hours. a) casting a slab containing 2.2 to 3.9% by weight of Cu, 0.7 to 2.1% by weight of Li, 0.2 to 0.8% by weight of Mg, 0.2 to 0.5% by weight of Mn, 0.04 to 0.18% by weight of Zr, less than 0.05% by weight of Zn and optionally 0.1 to 0.5% by weight of Ag, the remainder being aluminium and inevitable impurities, b) homogenising said slab at between 470°C and 510°C for a duration of 2 to 30 hours, c) hot rolling said slab to obtain a plate at least 30 mm thick, with an exit temperature of at least 410°C d) solution heat treating the plate at between 490°C and 540°C for 15 minutes to 4h, such that the total equivalent time for homogenising and solution heat treating t(eq) t eq = ∫ exp − 26100 / T dt exp − 26100 / T ref does not exceed 30h and preferably 20h, in which T (in Kelvin) is the instantaneous treatment temperature, that varies with the time t (in hours), and T ref is a reference temperature fixed at 773 K, e) quenchng in cold water f) stretching in a controlled manner of said plate with a permanent deformation of 2 to 5% g) annealing of said plate by heating to between 130°C and 160°C for 5 to 60 hours.
An air turbine starter for an engine, comprising: a housing defining an inlet, an outlet, and a flow path extending between the inlet and the outlet for communicating a flow of gas there through; a turbine member journaled within the housing and disposed within the flow path for rotatably extracting mechanical power from the flow of gas and having a turbine output shaft; a planetary gear system drivingly coupled with the turbine output shaft and including a sun gear (70, 170, 270), a ring gear (46, 82, 182, 282) mounted to the housing, and a set of planetary gears operably coupling the sun gear (70, 170, 270) and the ring gear (46, 82, 182, 282) where the sun gear (70, 170, 270) is coupled to the turbine output shaft; and a drive shaft configured to be operably coupled to and rotate with the engine; wherein the planetary gear system transfers torque from the turbine output shaft to the drive shaft and where the ring gear (46, 82, 182, 282) comprises a flexible ring gear (46, 82, 182, 282) configured to distribute loading among interfaces (80, 180, 280) between the ring gear (46, 82, 182, 282) and the set of planetary gears; and wherein the flexible ring gear (46, 82, 182, 282) further comprises a set of slots located between a radially inner portion (76, 176, 276) and a radially outer portion (74, 174, 274) of the flexible ring gear (46, 82, 182, 282). a housing defining an inlet, an outlet, and a flow path extending between the inlet and the outlet for communicating a flow of gas there through; a turbine member journaled within the housing and disposed within the flow path for rotatably extracting mechanical power from the flow of gas and having a turbine output shaft; a planetary gear system drivingly coupled with the turbine output shaft and including a sun gear (70, 170, 270), a ring gear (46, 82, 182, 282) mounted to the housing, and a set of planetary gears operably coupling the sun gear (70, 170, 270) and the ring gear (46, 82, 182, 282) where the sun gear (70, 170, 270) is coupled to the turbine output shaft; and a drive shaft configured to be operably coupled to and rotate with the engine; wherein the planetary gear system transfers torque from the turbine output shaft to the drive shaft and where the ring gear (46, 82, 182, 282) comprises a flexible ring gear (46, 82, 182, 282) configured to distribute loading among interfaces (80, 180, 280) between the ring gear (46, 82, 182, 282) and the set of planetary gears; and wherein the flexible ring gear (46, 82, 182, 282) further comprises a set of slots located between a radially inner portion (76, 176, 276) and a radially outer portion (74, 174, 274) of the flexible ring gear (46, 82, 182, 282).
Cell or tissue culture device, of the type comprising: - a carrier for at least partially closing a tray containing a culture medium, the carrier comprising a body which delimits at least one insert-receiving through-opening, and at least one insert-retaining surface which is to be oriented upwards when the carrier closes the tray; - at least one insert which is movably mounted relative to the carrier between a culture position, in which the insert is engaged through the receiving opening, and a handling position, in which the insert is disposed away from the carrier, the insert comprising a bottom wall carrying a culture surface and a lateral wall delimiting an upper opening, the insert delimiting at least one passage for feeding the culture surface with culture medium, which passage is separate from the upper opening; wherein the device comprises releasable means for retaining the or each insert in its culture position, the releasable retaining means being capable of holding the or each insert in the receiving opening when the carrier and the or each insert are conjointly turned over, which orients the retaining surface downwards, and wherein the retaining means form a bayonet-type mechanism. - a carrier for at least partially closing a tray containing a culture medium, the carrier comprising a body which delimits at least one insert-receiving through-opening, and at least one insert-retaining surface which is to be oriented upwards when the carrier closes the tray; - at least one insert which is movably mounted relative to the carrier between a culture position, in which the insert is engaged through the receiving opening, and a handling position, in which the insert is disposed away from the carrier,
A method for rendering at least one graphic on a display of an external medical device, comprising: receiving at a first microcontroller input data telemetered from an implantable medical device; converting the input data to a graphics command at the first microcontroller, the graphics command comprising a screen index corresponding to a set of graphics to be displayed on the display and the location of the graphics on the display and at least one attribute that defines a modification of the rendering of a graphic; transmitting the graphics command to a second microcontroller; receiving at the second microcontroller at least one image file and a location associated with each image file from a storage device using the screen index, wherein each image file corresponds to a graphic to be rendered; modifying at the second microcontroller each graphic in accordance with its associated attribute; and using the second microcontroller to render each modified graphic using its corresponding image file, wherein each modified graphic is rendered at the location on the display associated with the image file corresponding to the graphic. receiving at a first microcontroller input data telemetered from an implantable medical device; converting the input data to a graphics command at the first microcontroller, the graphics command comprising a screen index corresponding to a set of graphics to be displayed on the display and the location of the graphics on the display and at least one attribute that defines a modification of the rendering of a graphic; transmitting the graphics command to a second microcontroller; receiving at the second microcontroller at least one image file and a location associated with each image file from a storage device using the screen index, wherein each image file corresponds to a graphic to be rendered; modifying at the second microcontroller each graphic in accordance with its associated attribute; and using the second microcontroller to render each modified graphic using its corresponding image file, wherein each modified graphic is rendered at the location on the display associated with the image file corresponding to the graphic.
An electromagnetic antenna having a first electromagnetic waveguide radiating part of predetermined geometric shape, forming a first electromagnetic propagation medium and having a first radiation wall having a plurality of spaced-apart radiating slots, each radiating slot extending in a first longitudinal direction, and a second wall, opposite the first radiation wall, said antenna comprising a coupling slot (30, 30a, 30b) situated in a contact area, said coupling slot passing through said second wall, said coupling slot extending in a second direction forming a nonzero angle of orientation (α) with said first longitudinal direction, characterized in that it has a second active part comprising a stack of at least two dielectric layers (42, 44), at least one of the dielectric layers being etched with at least one metal track, resulting in at least one active circuit, forming a second electromagnetic propagation medium, at least one portion of said second active part being pressed against said second wall in said contact area.