mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a turbomachine component made of composite material, said method comprising the steps consisting in: - producing a fibrous preform by three-dimensional weaving of filaments so as to produce a fibrous texture, which is wound in a plurality of superposed layers on a mandrel with a profile corresponding to that of the component to be manufactured, in order to obtain the fibrous preform with a shape corresponding to that of the component to be manufactured, the filaments being separated into warp filaments and weft filaments, the warp filaments being interwoven with the weft filaments in a three-dimensional weaving, - creating a stiffening zone in the fibrous preform, characterised in that said stiffening zone is formed by at least one layer of warp filaments not interwoven with weft filaments interposed between the warp filaments and the weft filaments that are interwoven. - producing a fibrous preform by three-dimensional weaving of filaments so as to produce a fibrous texture, which is wound in a plurality of superposed layers on a mandrel with a profile corresponding to that of the component to be manufactured, in order to obtain the fibrous preform with a shape corresponding to that of the component to be manufactured, the filaments being separated into warp filaments and weft filaments, the warp filaments being interwoven with the weft filaments in a three-dimensional weaving, - creating a stiffening zone in the fibrous preform,
A ceiling tile for a suspended ceiling system comprising a grid of profiles for supporting the ceiling tile, the ceiling tile comprises a front surface intended to face a room in an installed state of the ceiling tile and a plurality of spacer elements discretely distributed along a perimeter portion of the ceiling tile, wherein the plurality of spacer elements being configured for separation of the ceiling tile and the grid of profiles in a direction perpendicular to the front surface, wherein the plurality of spacer elements is formed separately from the ceiling tile, and wherein each spacer element comprises a body portion and an anchoring portion for attaching the body portion to the ceiling tile by inserting the anchoring portion into the ceiling tile.
Optical unit for a motor vehicle, comprising: - a moulded part having: - a first wall having a first face provided with a reflecting optical surface; - a second wall protruding from a second face of the first wall opposite the first face, and delimiting a passage for a light-emitting member; - at least one member (13, 14) for fixing the moulded part to an ancillary part, protruding from the second face in proximity to the second wall; - a support fixed to the moulded part by way of the member for fixing to an ancillary part, and having a member for fixing a light-emitting member; - a seal compressed between the support and the edge of the second wall; the moulded part being a part moulded in a mould provided with a punch having a body and several moulding inserts (8, 91, 92) added to produce said at least one fixing member (13, 14) and said second wall, said inserts creating a moulding flash zone, characterized in that said moulding flash zone is located in such a way that said moulded part does not have any flash crossing the edge of the second wall so as to ensure the seal-tightness. - a moulded part having: - a first wall having a first face provided with a reflecting optical surface; - a second wall protruding from a second face of the first wall opposite the first face, and delimiting a passage for a light-emitting member; - at least one member (13, 14) for fixing the moulded part to an ancillary part, protruding from the second face in proximity to the second wall; - a first wall having a first face provided with a reflecting optical surface; - a second wall protruding from a second face of the first wall opposite the first face, and delimiting a passage for a light-emitting member; - at least one member (13, 14) for fixing the moulded part to an ancillary part, protruding from the second face in proximity to the second wall; - a support fixed to the moulded part by way of the member for fixing to an ancillary part, and having a member for fixing a light-emitting member; - a seal compressed between the support and the edge of the second wall;
Soluble β(1,6)-[poly-(1,3)-D-glucopyranosyl]-poly-β(1,3)-D-glucopyranose and an anti-PD-1 antibody for use in a method of treating a subject having cancer, wherein the anti-PD-1 antibody is an immune checkpoint inhibitor.
A liquid cleaning composition comprising from 0.1%, to 20% by weight of the composition of abrasive cleaning particles, wherein said abrasive cleaning particles have a packing density between 10 kg/m 3 and 150 kg/m 3 and wherein said abrasive cleaning particles have a HV Vickers hardness from 3 to 50 kg/mm 2, the packing density and HM Vickers hardness being measured as per the herein disclosed method, wherein said abrasive cleaning particles have been reduced from a precursor foamed polymeric material via grinding or milling, and the foamed polymeric material is selected from the group consisting of polyethylene, polypropylene, PVC, polycarbonate, melamine, urea, polyurethane, polyacrylate, polystyrene, phenolic, polyesters, polyamide and mixtures thereof.
Method for preparation of polymer modified bitumen by modification with waste rubber, consisting of mixing of bitumen with modifier at increased temperature, characterized in that the method comprises three stages: - a bitumen modifier in the form of oil-rubber composition is being obtained in the way that oil and waste rubber particle are mixed together, while in composition the amount of waste rubber is from 80% wt. to 95% wt. and the amount of oil is from 5% wt. to 20% wt.; - the oil-rubber composition obtained in the previous stage, in the amount from 4 % wt. to 20% wt. is mixing with bitumen used in the amount from 77% wt. to 95% wt., the mixing is being performed using conventional mixing means, at temperature 175-185°C; - in the last stage, mixture of bitumen and oil-rubber composition obtained in the previous stage, in the amount from 77% wt. to 95% wt. is mixing with crosslinking component used in the amount from 0,25% wt. to 3% wt.,, the mixing is being performed using conventional mixing devices at temperature 175-185°C, further characterized in that: - the waste rubber particle are obtained from recycling of post-consumer tires and are not larger than 1 mm, - the crosslinking component contains free reactive isocyanate groups NCO in its structure, - the oil in the oil rubber composition is castor oil. - a bitumen modifier in the form of oil-rubber composition is being obtained in the way that oil and waste rubber particle are mixed together, while in composition the amount of waste rubber is from 80% wt. to 95% wt. and the amount of oil is from 5% wt. to 20% wt.; - the oil-rubber composition obtained in the previous stage, in the amount from 4 % wt. to 20% wt. is mixing with bitumen used in the amount from 77% wt. to 95% wt., the mixing is being performed using conventional mixing means, at temperature 175-185°C; - in the last stage, mixture of bitumen and oil-rubber composition obtained in the previous stage, in the amount from 77% wt. to 95% wt. is mixing with crosslinking component used in the amount from 0,25% wt. to 3% wt.,, the mixing is being performed using conventional mixing devices at temperature 175-185°C, further characterized in that: - the waste rubber particle are obtained from recycling of post-consumer tires and are not larger than 1 mm, - the crosslinking component contains free reactive isocyanate groups NCO in its structure, - the oil in the oil rubber composition is castor oil. - the waste rubber particle are obtained from recycling of post-consumer tires and are not larger than 1 mm, - the crosslinking component contains free reactive isocyanate groups NCO in its structure, - the oil in the oil rubber composition is castor oil.
A transmitting node for transmitting data to a receiving node over at least one Ethernet link comprising a data communication unit arranged to transmit data over the at least one Ethernet link, and a control unit arranged to control the data communication unit so as to maintain the at least one Ethernet link in a link active state, wherein the control unit is arranged to operate in a first IDLE state in which IDLE data packets are transmitted periodically through the data communication unit over the at least one Ethernet link according to at least one predetermined IDLE data packet timing interval, and characterized in that when operating in said first IDLE state, the control unit is further arranged to power down at least one component (4A, 5A) comprised in the data communication unit in between the periodic transmissions of IDLE data packets. the control unit is arranged to operate in a first IDLE state in which IDLE data packets are transmitted periodically through the data communication unit over the at least one Ethernet link according to at least one predetermined IDLE data packet timing interval, and characterized in that when operating in said first IDLE state, the control unit is further arranged to power down at least one component (4A, 5A) comprised in the data communication unit in between the periodic transmissions of IDLE data packets.
The use of a comb polymer for increasing the flow rate and/or for reducing the viscosity of a mineral binder composition, the comb polymer having a main chain comprising acid groups, and side chains being attached on the main chain, with the number-average molecular weight (M n) of all side chains being 120 - 1000 g/mol, and with the molar ratio of the acid groups to the side chains being in the range of 0.5 - 2.
A laminate which comprises a polyvinyl acetal layer (layer A) and a resin layer (layer B), the laminate comprising an adhesive layer (layer C) containing a polymer having an amino group between the layer A and the layer B, wherein the layer C contains a polymer of a compound having a tertiary amino group and an ethylenically unsaturated bond, and a compound having an alkoxysilyl group, a polymer of a compound having a tertiary amino group and an ethylenically unsaturated bond, and a polymer of a compound having an alkoxysilyl group and an ethylenically unsaturated bond, a copolymer of a compound having a tertiary amino group and an ethylenically unsaturated bond and a compound having an alkoxysilyl group and an ethylenically unsaturated bond, or a polymer having an oxazoline group. a polymer of a compound having a tertiary amino group and an ethylenically unsaturated bond, and a compound having an alkoxysilyl group, a polymer of a compound having a tertiary amino group and an ethylenically unsaturated bond, and a polymer of a compound having an alkoxysilyl group and an ethylenically unsaturated bond, a copolymer of a compound having a tertiary amino group and an ethylenically unsaturated bond and a compound having an alkoxysilyl group and an ethylenically unsaturated bond, or a polymer having an oxazoline group.
A method of operating a processor, the method comprising: determining confidence levels associated with in-flight branch instructions in an instruction pipeline of the processor; determining counts of numbers of in-flight branch instructions associated with each of the confidence levels; associating a weight with each one of the counts to form weighted counts; determining a weighted sum corresponding to a sum of the weighted counts; comparing the weighted sum with a threshold; and providing a throttling signal to indicate that instructions are to be throttled in a pipeline stage of the instruction pipeline, based on the comparison. determining confidence levels associated with in-flight branch instructions in an instruction pipeline of the processor; determining counts of numbers of in-flight branch instructions associated with each of the confidence levels; associating a weight with each one of the counts to form weighted counts; determining a weighted sum corresponding to a sum of the weighted counts; comparing the weighted sum with a threshold; and providing a throttling signal to indicate that instructions are to be throttled in a pipeline stage of the instruction pipeline, based on the comparison.
A method to obtain a desired protein from plants, plant parts or plant cells, which method comprises (a) preparing, at optimal pH and temperature, an extract of proteins from said plants, plant parts or plant cells, that stably produce said desired protein as a fusion protein with intein and ELP from an optimized recombinant expression system that produces said fusion protein, wherein said fusion protein comprises at either the N-terminus or C-terminus or both of a desired protein, an ELP-intein tag which comprises an elastin-like polypeptide domain and an intein splicing element (intein) wherein the intein is between the N- and/or C-terminus or both of the desired protein and the ELP domain; wherein the codons of the recombinant expression system are optimized for expression in plants and said expression is controlled by optimal promoters; (b) removing insoluble materials from said extract; (c) aggregating the fusion proteins by adjusting pH, temperature and salt component, and separating them from the remainder of the extract by microfiltration; (d) resolubilizing the fusion proteins into an aqueous solution by optimizing pH, temperature and salt component; (e) repeating steps (c) and (d); (f) effecting cleavage of the fusion protein by adjusting temperature, pH and providing freeze-thaw treatment; and (g) separating the desired protein from the tag(s) in a step that comprises aggregating and separating pelleted ELP-intein tags by centrifugation leaving the desired protein in solution; wherein the ELP domain contains at least 10 ELP units; and wherein the fusion protein further includes one or more linker sequences between the desired protein and intein and/or intenin and ELP and/or among ELP units. (a) preparing, at optimal pH and temperature, an extract of proteins from said plants, plant parts or plant cells, that stably produce said desired protein as a fusion protein with intein and ELP from an optimized recombinant expression system that produces said fusion protein, wherein said fusion protein comprises at either the N-terminus or C-terminus or both of a desired protein, an ELP-intein tag which comprises an elastin-like polypeptide domain and an intein splicing element (intein) wherein the intein is between the N- and/or C-terminus or both of the desired protein and the ELP domain; wherein the codons of the recombinant expression system are optimized for expression in plants and said expression is controlled by optimal promoters; (b) removing insoluble materials from said extract; (c) aggregating the fusion proteins by adjusting pH, temperature and salt component, and separating them from the remainder of the extract by microfiltration; (d) resolubilizing the fusion proteins into an aqueous solution by optimizing pH, temperature and salt component; (e) repeating steps (c) and (d); (f) effecting cleavage of the fusion protein by adjusting temperature, pH and providing freeze-thaw treatment; and (g) separating the desired protein from the tag(s) in a step that comprises aggregating and separating pelleted ELP-intein tags by centrifugation leaving the desired protein in solution;
Apparatus (1, 1', 1", 1′′′, 1ʺʺ) for lens processing, with at least one receiving device for at least one transport box, with at least one measuring device (40, 110), and at least one processing device, wherein the apparatus (1, 1', 1", 11′′′, 1ʺʺ) has a housing which is essentially subdivided into a measuring area and a processing area, wherein the measuring area has the at least one measuring device (40, 110) and the processing area has the at least one processing device, wherein at least one conveying device (30a, 30b) is provided between the at least one measuring device (40, 110) and the at least one processing device, at least one handling device being provided between the at least one receiving device, the at least one measuring device (40, 110) and the at least one conveying device (30a, 30b) in such a way that the at least one measuring device (40, 110), the at least one conveying device (30a, 30b) and the at least one processing device are arranged or can be arranged in any number and/or orientation with respect to one another, and wherein the transfer of the lenses (16a, 160) to be processed from their transport boxes to a freely selectable measuring device (40, 110), from the measuring device to a freely selectable conveying device (30a, 30b), as well as the transfer of finished processed lenses from the respective conveying device (30a, 30b) back to their transport boxes is carried out via the handling device. wherein the apparatus (1, 1', 1", 11′′′, 1ʺʺ) has a housing which is essentially subdivided into a measuring area and a processing area, wherein the measuring area has the at least one measuring device (40, 110) and the processing area has the at least one processing device, wherein at least one conveying device (30a, 30b) is provided between the at least one measuring device (40, 110) and the at least one processing device, at least one handling device being provided between the at least one receiving device, the at least one measuring device (40, 110) and the at least one conveying device (30a, 30b) in such a way that the at least one measuring device (40, 110), the at least one conveying device (30a, 30b) and the at least one processing device are arranged or can be arranged in any number and/or orientation with respect to one another, and wherein the transfer of the lenses (16a, 160) to be processed from their transport boxes to a freely selectable measuring device (40, 110), from the measuring device to a freely selectable conveying device (30a, 30b), as well as the transfer of finished processed lenses from the respective conveying device (30a, 30b) back to their transport boxes is carried out via the handling device.
A weld splatter shield device for protection from splatter induced by a billet welding system, the shield device defining a rectilinear longitudinal axis Z, comprising a protective shield having a first inner cavity defined by first inner surfaces (24, 25, 26, 27), comprising a hole for the passage of billets at an outer side of the protective shield; and being characterised by: a cleaning device for cleaning the first inner surfaces (24, 25, 26, 27), which is arranged in the first inner cavity, actuating means capable of causing the protective shield to slide relatively to the cleaning device, in a direction parallel to the rectilinear longitudinal axis Z. a cleaning device for cleaning the first inner surfaces (24, 25, 26, 27), which is arranged in the first inner cavity, actuating means capable of causing the protective shield to slide relatively to the cleaning device, in a direction parallel to the rectilinear longitudinal axis Z.
A system for the light-driven chemical modification of an organic substrate, said system comprising a light source and: i. A light harvesting molecule; ii. At least one enzyme; and iii. A reductant and/or an electrochemical electrode, wherein the at least one enzyme is an oxidase which is a lytic polysaccharide monooxygenase (LPMO), such as an LPMO belonging to the AA9, the AA10, the AA11 or the AA13 family. i. A light harvesting molecule; ii. At least one enzyme; and iii. A reductant and/or an electrochemical electrode,
A process for producing a honeycomb ceramic article, the process comprising: providing a green honeycomb body including inorganic ceramic-forming materials and organic pore forming materials; subjecting the green honeycomb body in a kiln to steam which is added to a kiln atmosphere in an amount from 10 % to 100 %, based on volume; characterized in that the addition of steam to the kiln atmosphere occurs during a firing cycle, namely during a top soak portion of the firing cycle below 1000°C. providing a green honeycomb body including inorganic ceramic-forming materials and organic pore forming materials; subjecting the green honeycomb body in a kiln to steam which is added to a kiln atmosphere in an amount from 10 % to 100 %, based on volume; characterized in that the addition of steam to the kiln atmosphere occurs during a firing cycle, namely during a top soak portion of the firing cycle below 1000°C.
An LED lamp assembly comprising a safety switch, the LED lamp assembly comprising: a plurality of connector pins (4a, 4b) arranged at first and second ends of the LED lamp assembly, the connector pins (4a, 4b) being adapted for electrical connection to a lamp fixture; a plurality of filament simulation circuits (13a, 13b), wherein at least one of the connector pins (4a, 4b) at each of the first and second ends of the LED lamp assembly is electrically coupled to a corresponding one of the filament simulation circuits (13a, 13b); a plurality of rectifier circuits (11a, 11b); one or more LEDs electrically coupled to an output of the rectifier circuits; a safety switch control circuit operatively coupled to the safety switch; characterized in that at least one of the connector pins arranged at the first end of the LED lamp assembly is electrically coupled via the safety switch to an input of a first one of the rectifier circuits, and at least one of the connector pins arranged at the second end of the LED lamp assembly is electrically coupled to an input of a second one of the rectifier circuits; wherein the safety switch control circuit is arranged to close the safety switch when the safety switch control circuit detects electrical power having a frequency above a predetermined threshold at the connector pins arranged at the first end of the LED lamp assembly or at the connector pins arranged at the second end of the LED lamp assembly. a plurality of connector pins (4a, 4b) arranged at first and second ends of the LED lamp assembly, the connector pins (4a, 4b) being adapted for electrical connection to a lamp fixture; a plurality of filament simulation circuits (13a, 13b), wherein at least one of the connector pins (4a, 4b) at each of the first and second ends of the LED lamp assembly is electrically coupled to a corresponding one of the filament simulation circuits (13a, 13b); a plurality of rectifier circuits (11a, 11b); one or more LEDs electrically coupled to an output of the rectifier circuits; a safety switch control circuit operatively coupled to the safety switch; characterized in that at least one of the connector pins arranged at the first end of the LED lamp assembly is electrically coupled via the safety switch to an input of a first one of the rectifier circuits, and at least one of the connector pins arranged at the second end of the LED lamp assembly is electrically coupled to an input of a second one of the rectifier circuits; wherein the safety switch control circuit is arranged to close the safety switch when the safety switch control circuit detects electrical power having a frequency above a predetermined threshold at the connector pins arranged at the first end of the LED lamp assembly or at the connector pins arranged at the second end of the LED lamp assembly.