mhurhangee/ep-ind-claims huggingface dataset:
A radiation curable composition comprising: - at least one ethylenically unsaturated compound, and - at least one copolymer with 0.1 or fewer equivalents of radiation curable reactive groups per kilogram, that is obtained by an addition reaction of: (b) from 3 to 50% by weight of at least one monofunctional glycidyl ether and/or at least one monofunctional glycidyl ester of aliphatic saturated monocarboxylic acids during the free radical polymerization of: (b') from 50 to 97% by weight of at least two ethylenically unsaturated copolymerizable monomers of which at least one contains at least one -COOH group (b'1), wherein the quantity of -COOH groups in component (b'1) is at least equimolar to the quantity of epoxy groups in component (b), and wherein the amount of solvents in the radiation curable composition is below 10% by weight. - at least one ethylenically unsaturated compound, and - at least one copolymer with 0.1 or fewer equivalents of radiation curable reactive groups per kilogram, that is obtained by an addition reaction of: (b) from 3 to 50% by weight of at least one monofunctional glycidyl ether and/or at least one monofunctional glycidyl ester of aliphatic saturated monocarboxylic acids during the free radical polymerization of: (b') from 50 to 97% by weight of at least two ethylenically unsaturated copolymerizable monomers of which at least one contains at least one -COOH group (b'1),
A roof window with a blind frame and a sash frame that is displaceable with regard to the blind frame and bears a glazing, wherein the glazing is supported against a sash frame beam of the sash frame vertically to a glazing plane of the glazing, wherein a positioning projection for positioning the sash frame with regard to the blind frame in a lateral direction when the roof window is being closed by cooperating with a positioning device present at the sash frame is formed on the blind frame, wherein the positioning device is mounted to a sash frame beam of the sash frame and a securing device engages a side surface of the glazing, overlapping the same at least in part, to secure the glazing, characterised in that the positioning device is integrally formed with the securing device, with the result that the positioning device and the securing device are present at a structural part that is formed in one piece and/or is made of a uniform material, so that they can be commonly mounted to the sash frame beam.
An arrangement for transversely axially conveying of rod-shaped articles (200, 201) of the tobacco-processing industry, in particular filter rods or filter rod segments or segment articles or multi-segment articles, wherein the arrangement is configured to convey article segments of a first row and a second row disposed side by side in pairs in transverse axial direction, wherein in a conveying inspection section the arrangement comprises at least one conveying member or a plurality of conveying members (30, 31, 32, 35, 62, 63, 64, 65, 66, 68, 69, 70, 72, 74, 140, 141, 142) for a first row of article segments transversely axially disposed behind each other and for a second row of article segments transversely axially disposed behind each other, wherein in the conveying inspection section the conveying member (30, 31, 32, 35, 62, 63, 64, 65, 66, 68, 69, 70, 72, 74, 140, 141, 142) is or the conveying members (30, 31, 32, 35, 62, 63, 64, 65, 66, 68, 69, 70, 72, 74, 140, 141, 142) are configured that the article segments of the first row are conveyed or conveyable along a conveying inspection section for the article segments of the first row, and wherein in the conveying inspection section the conveying member (30, 31, 32, 35, 62, 63, 64, 65, 66, 68, 69, 70, 72, 74, 140, 141, 142) is or the conveying members (30, 31, 32, 35, 62, 63, 64, 65, 66, 68, 69, 70, 72, 74, 140, 141, 142) are configured that the article segments of the second row are conveyed or conveyable along a conveyor path for the article segments of the second row, wherein in each case one, in particular optical, head end inspection device (40, 41, 51, 52, 53, 55, 56, 57, 58) or two, in particular optical, head end inspection devices (40, 41, 51, 52, 53, 55, 56, 57, 58) are provided for the two head ends of the article segments of the first row along the conveyor path for the article segments of the first row and wherein in each case one, in particular optical, head end inspection device (40, 41, 51, 52, 53, 55, 56, 57, 58) or two, in particular optical, head end inspection devices (40, 41, 51, 52, 53, 55, 56, 57, 58) are provided for the two head ends of the article segments of the second row along the conveyor path for the article segments of the second row, characterized in that a conveying member (33, 65), in particular a conveyor drum, is provided in the transverse axial conveying direction of the article segments after the conveying inspection section and/or after the head end inspection device or devices (40, 41, 51, 52, 53, 55, 56, 57, 58) for the article segments of the first row and after the head end inspection device or devices (40, 41, 51, 52, 53, 55, 56, 57, 58) for the article segments of the second row, wherein the conveying member (33, 65) is configured to convey pairs of article segments assembled in each case of one article segment of the first row and in each case of one article segment of the second row.
A device configured to decode a bitstream representative of higher-order ambisonic audio data, the device comprising: one or more processors configured to: obtain from the bitstream a multi-transition indication of whether an ambient HOA coefficient is in transition during a same frame of the bitstream as a foreground audio signal is in transition; and obtain from the bitstream the ambient HOA coefficient (59, 47'), the foreground audio signal (61, 49') and a foreground vector (57, 55) that describes a spatial characteristic of the corresponding foreground audio signal; obtain an adjusted foreground vector (55'") from the foreground vector based on the multi-transition indication; reconstruct HOA data based on the ambient HOA coefficient, the foreground audio signal and the adjusted foreground vector; and a memory coupled to the one or more processors, and configured to store the adjusted foreground vector. one or more processors configured to: obtain from the bitstream a multi-transition indication of whether an ambient HOA coefficient is in transition during a same frame of the bitstream as a foreground audio signal is in transition; and obtain from the bitstream the ambient HOA coefficient (59, 47'), the foreground audio signal (61, 49') and a foreground vector (57, 55) that describes a spatial characteristic of the corresponding foreground audio signal; obtain an adjusted foreground vector (55'") from the foreground vector based on the multi-transition indication; reconstruct HOA data based on the ambient HOA coefficient, the foreground audio signal and the adjusted foreground vector; and obtain from the bitstream a multi-transition indication of whether an ambient HOA coefficient is in transition during a same frame of the bitstream as a foreground audio signal is in transition; and obtain from the bitstream the ambient HOA coefficient (59, 47'), the foreground audio signal (61, 49') and a foreground vector (57, 55) that describes a spatial characteristic of the corresponding foreground audio signal; obtain an adjusted foreground vector (55'") from the foreground vector based on the multi-transition indication; reconstruct HOA data based on the ambient HOA coefficient, the foreground audio signal and the adjusted foreground vector; and a memory coupled to the one or more processors, and configured to store the adjusted foreground vector.
A real-time fault tolerant computing system comprising: a first computing device comprising one or more memory devices, one or more processors, a first network interface operable to receive device data and transmit output data over a time-slot-based bus, wherein the output data is generated from processing device data, and wherein the bus is operable to receive data according to time slots of two or more priority levels, and a first real-time checkpoint engine; a second computing device comprising one or more memory devices, one or more processors, a second network interface operable to receive device data over the time slot-based bus, and a second real-time checkpoint engine; and a hardware interconnect operable to permit data exchange between the first computing device and the second computing device, wherein the first computing device and the second computing device simultaneously process received device data, and wherein checkpoints are generated by the first or the second real-time checkpoint engines during lower-priority communication time slots allocated on the time slot-based bus to avoid interfering with any real-time communications to or from the first and second computing devices, wherein the lower-priority communication time slots comprise non-real-time communication time slots. a first computing device comprising one or more memory devices, one or more processors, a first network interface operable to receive device data and transmit output data over a time-slot-based bus, wherein the output data is generated from processing device data, and wherein the bus is operable to receive data according to time slots of two or more priority levels, and a first real-time checkpoint engine; one or more memory devices, one or more processors, a first network interface operable to receive device data and transmit output data over a time-slot-based bus, wherein the output data is generated from processing device data, and wherein the bus is operable to receive data according to time slots of two or more priority levels, and a second computing device comprising one or more memory devices, one or more processors, a second network interface operable to receive device data over the time slot-based bus, and a second real-time checkpoint engine; and one or more memory devices, one or more processors, a second network interface operable to receive device data over the time slot-based bus, and a second real-time checkpoint engine; and a hardware interconnect operable to permit data exchange between the first computing device and the second computing device, wherein the first computing device and the second computing device simultaneously process received device data, and wherein checkpoints are generated by the first or the second real-time checkpoint engines during lower-priority communication time slots allocated on the time slot-based bus to avoid interfering with any real-time communications to or from the first and second computing devices, wherein the lower-priority communication time slots comprise non-real-time communication time slots.
Method of manufacturing an ophthalmic lens to be mounted into a frame, comprising: - a step of acquiring an optical prescription for the future wearer of the ophthalmic lens and an information relative to the ophthalmic lens and/or to said future wearer and/or to said frame, - a step of calculating a surfacing instruction for machining at least one optical face of the ophthalmic lens, said surfacing instruction being determined so that the ophthalmic lens once surfaced satisfies said optical prescription, and - a step of surfacing during which said at least one optical face of the ophthalmic lens is surfaced according to said surfacing instruction, characterized in that, during said step of calculating, said surfacing instruction is calculated so that said optical face of the ophthalmic lens once surfaced includes a mark that results from said step of surfacing, that forms a code associated with said information, said mark being shaped at the same time as the remainder of said optical face, thanks to the same tool. - a step of acquiring an optical prescription for the future wearer of the ophthalmic lens and an information relative to the ophthalmic lens and/or to said future wearer and/or to said frame, - a step of calculating a surfacing instruction for machining at least one optical face of the ophthalmic lens, said surfacing instruction being determined so that the ophthalmic lens once surfaced satisfies said optical prescription, and - a step of surfacing during which said at least one optical face of the ophthalmic lens is surfaced according to said surfacing instruction,
An apparatus for supplying power at the surface and in a wellbore, comprising: a downhole tool configured to be conveyed into the wellbore using a conveyance device; a battery bank conveyed by the downhole tool, the battery bank including a plurality of battery cells, wherein at least two cells of the plurality of battery cells have substantially different power responses to a change in an ambient temperature at the downhole tool; and a circuit configured to supply power from only a subset of battery cells of the plurality of battery cells above a predetermined temperature. a downhole tool configured to be conveyed into the wellbore using a conveyance device; a battery bank conveyed by the downhole tool, the battery bank including a plurality of battery cells, wherein at least two cells of the plurality of battery cells have substantially different power responses to a change in an ambient temperature at the downhole tool; and a circuit configured to supply power from only a subset of battery cells of the plurality of battery cells above a predetermined temperature.
Metering and weighing apparatus for bulk goods, comprising: - a housing with an inlet opening and an outlet opening for a product to be weighed and metered; - a weighing surface which can be moved, in particular can be pivoted, between a weighing position and a metering position by means of an operating device and is operatively connected to at least one weight sensor, wherein, ∘ in the weighing position, a product flow between the inlet opening and the outlet opening is prevented and therefore a weight of the product bearing on the weighing surface can be determined by means of the at least one weight sensor, and ∘ in the metering position, the product flow between the inlet opening and the outlet opening is at least partially enabled, and - a control unit which is designed at least for controlling the operating device and is connected to the at least one weight sensor, characterized in that means for determining a gas pressure difference between a pressure in the housing upstream of the weighing surface in a product flow direction and a pressure in the housing downstream of the weighing surface in the product flow direction are provided and the determined pressure difference is used by means of the control unit for correcting the weight which is determined by the weight sensor. - a housing with an inlet opening and an outlet opening for a product to be weighed and metered; - a weighing surface which can be moved, in particular can be pivoted, between a weighing position and a metering position by means of an operating device and is operatively connected to at least one weight sensor, wherein, ∘ in the weighing position, a product flow between the inlet opening and the outlet opening is prevented and therefore a weight of the product bearing on the weighing surface can be determined by means of the at least one weight sensor, and ∘ in the metering position, the product flow between the inlet opening and the outlet opening is at least partially enabled, and ∘ in the weighing position, a product flow between the inlet opening and the outlet opening is prevented and therefore a weight of the product bearing on the weighing surface can be determined by means of the at least one weight sensor, and ∘ in the metering position, the product flow between the inlet opening and the outlet opening is at least partially enabled, and - a control unit which is designed at least for controlling the operating device and is connected to the at least one weight sensor,
A device for electrically contacting electrically conductive laminates made of carbon-fiber-reinforced plastics (CFRP laminates), the device comprising at least one layer of a fabric comprising carbon fibers, characterized in that - said at least one layer comprising a first region for contacting to electrically conductive elements externally brought up to the device and a second region, in which the device can be applied to the carbon fibres of at least one adjacent carbon fiber laminate layer, which has electrically to be contacted, or can be connected with these carbon fibres, - the surface contact of this second region with the at least one carbon fiber laminate layer to be contacted transmits electrical voltages and currents lead in the first region of the device with low contact resistance to the carbon fibers of the at least one carbon fiber laminate layer which has electrically to be contacted, - the fabric in the first region is formed of carbon fibers and threads which at least partially touch and contact the electrical conductive carbon fibers and the carbon fibres and the electrically conductive threads are integrally and permanently connected forming a plurality of thread intersections. - said at least one layer comprising a first region for contacting to electrically conductive elements externally brought up to the device and a second region, in which the device can be applied to the carbon fibres of at least one adjacent carbon fiber laminate layer, which has electrically to be contacted, or can be connected with these carbon fibres, - the surface contact of this second region with the at least one carbon fiber laminate layer to be contacted transmits electrical voltages and currents lead in the first region of the device with low contact resistance to the carbon fibers of the at least one carbon fiber laminate layer which has electrically to be contacted, - the fabric in the first region is formed of carbon fibers and threads which at least partially touch and contact the electrical conductive carbon fibers and the carbon fibres and the electrically conductive threads are integrally and permanently connected forming a plurality of thread intersections.
A non-therapeutic cosmetic method of whitening skin or evening out skin tone, the method comprising topically applying to skin in need of treatment a composition comprising an aqueous extract from dried azuki bean powder, wherein topical application of the composition reduces melanogenesis activity in skin and whitens skin or evens out skin tone.
A system for positioning components in spinal surgical procedures comprising: a surgical instrument support having a support body comprising a first member and second member having parallel portions extending in a first direction, wherein the first member is slidably connected to the second member; a first support body collar mounted to the first member and translatable along the first member; a support body collar locking mechanism to selectively inhibit translation of the first support body collar; a first linkage coupled to the first support body collar translatable relative to the first support body collar perpendicular to the first direction; a linkage locking mechanism to selectively inhibit translation of the first linkage relative to the first support body collar; a first sleeve collar coupled to the first linkage by a connection that allows polyaxial rotation of the first sleeve collar relative to the first linkage, wherein the first sleeve collar is sized to receive an extender sleeve for installing bone anchors and allow the extender sleeve to translate in the first sleeve collar; a sleeve collar locking mechanism to inhibit rotation of the first sleeve collar; an extender sleeve locking mechanism to inhibit translation of the extender sleeve in the first sleeve collar. a surgical instrument support having a support body comprising a first member and second member having parallel portions extending in a first direction, wherein the first member is slidably connected to the second member; a first support body collar mounted to the first member and translatable along the first member; a support body collar locking mechanism to selectively inhibit translation of the first support body collar; a first linkage coupled to the first support body collar translatable relative to the first support body collar perpendicular to the first direction; a linkage locking mechanism to selectively inhibit translation of the first linkage relative to the first support body collar; a first sleeve collar coupled to the first linkage by a connection that allows polyaxial rotation of the first sleeve collar relative to the first linkage, wherein the first sleeve collar is sized to receive an extender sleeve for installing bone anchors and allow the extender sleeve to translate in the first sleeve collar; a sleeve collar locking mechanism to inhibit rotation of the first sleeve collar; an extender sleeve locking mechanism to inhibit translation of the extender sleeve in the first sleeve collar.
A method of protecting traffic in a communications network, the communications network providing paths for the traffic extending from a source client entity to a destination client entity via an optical transport network, providing at least one attachment circuit (AC1, AC2) for coupling the source client entity to corresponding ingress nodes (A, B) of the optical transport network, and providing at least one attachment circuit (AC3, AC4) at the egress, for coupling corresponding egress nodes of the optical transport network to the destination client entity, the attachment circuits comprising dual homed attachment circuits at least at the ingress nodes, and the paths comprising paths within the optical transport network, to couple respective pairs of the ingress and egress nodes, the method having steps of: sending through the optical transport network an indication of operational status of at least one of the dual homed attachment circuits, the indication being sent within overhead associated with the traffic and sent with the traffic, and at a node of the optical transport network, selecting which of the provided paths and attachment circuits to use for the traffic, based on the indication of operational status of the attachment circuits sent through the optical transport network, to protect the traffic against a fault in the attachment circuit and against a fault in the optical transport network. sending through the optical transport network an indication of operational status of at least one of the dual homed attachment circuits, the indication being sent within overhead associated with the traffic and sent with the traffic, and at a node of the optical transport network, selecting which of the provided paths and attachment circuits to use for the traffic, based on the indication of operational status of the attachment circuits sent through the optical transport network, to protect the traffic against a fault in the attachment circuit and against a fault in the optical transport network.