mhurhangee/ep-ind-claims huggingface dataset:
A system for prefabricated partition walls comprising modular panels (1, 2, 5, 6, 9) with connective filling and linking elements (3, 4, 7, 8) wherein each modular panel comprises: - a frame having: - side profiles (12, 13, 22, 23, 52, 53, 62) with grooves (121, 131, 221, 231, 521, 531, 621); - a bottom profile (11, 21, 51, 61, 91) with a groove (111, 211, 511, 611, 911); - an upper profile (14, 24, 54, 94) with a groove (141, 241, 541, 941); wherein the side, bottom and upper profiles (11-14, 21-24, 51-54, 61, 62, 91, 94) of the modular panels are metallic; wherein the linking elements (3, 4, 7, 8) comprise: - floor guides (4, 8); and - metallic linking elements (3, 7) having a cross-section in the shape of a cross with side walls (31, 33, 71, 73); and whereby the mutual connection of the modular panels is carried by interposing the linking elements (3, 7) between the modular panels in such a way that the side walls (31, 33, 71, 73) of the linking elements (3, 7) fit in the grooves of the side, bottom and upper profiles; characterized in that: - the floor guides (4, 8) are metallic and are provided with a rib (43, 83) provided along the centre; and - the modular panels can be arranged on the floor guide (4, 8) with the rib (43, 83) fitting in the groove (111, 211, 511, 611, 911) of the bottom profile (11, 21, 51, 61, 91). - a frame having: - side profiles (12, 13, 22, 23, 52, 53, 62) with grooves (121, 131, 221, 231, 521, 531, 621); - a bottom profile (11, 21, 51, 61, 91) with a groove (111, 211, 511, 611, 911); - an upper profile (14, 24, 54, 94) with a groove (141, 241, 541, 941); - side profiles (12, 13, 22, 23, 52, 53, 62) with grooves (121, 131, 221, 231, 521, 531, 621); - a bottom profile (11, 21, 51, 61, 91) with a groove (111, 211, 511, 611, 911); - an upper profile (14, 24, 54, 94) with a groove (141, 241, 541, 941); - floor guides (4, 8); and - metallic linking elements (3, 7) having a cross-section in the shape of a cross with side walls (31, 33, 71, 73); - the floor guides (4, 8) are metallic and are provided with a rib (43, 83) provided along the centre; and - the modular panels can be arranged on the floor guide (4, 8) with the rib (43, 83) fitting in the groove (111, 211, 511, 611, 911) of the bottom profile (11, 21, 51, 61, 91).
A device for transmitting information from a moving equipment guided along a predetermined fixed trajectory, comprising a photoluminescent optical fibre housed in a groove, an excitation light source arranged to be integral with the moving equipment to transversally illuminate the photoluminescent optical fibre, and at least one photosensitive cell located at an end of the photoluminescent optical fibre, characterised in that the predetermined fixed trajectory is rectilinear, and in that the transmitting device further comprises a rigid rule arranged to be positioned along the rectilinear trajectory, the rigid rule comprising the groove which is rectilinear, the photoluminescent optical fibre housed in the groove and fixed relative to the rule, and a transparent plastic material strip covering the groove and the photoluminescent optical fibre and having a planar outer face facing away from the groove.
A component measuring device including a measuring unit being configured to apply measuring irradiation light through an irradiation light lens of the measuring unit to an object to be measured, to detect reflected light from the object, and to measure a component in a liquid absorbed by the object based on the detected reflected light, wherein the measuring unit comprises a light emitter for emitting the irradiation light; a light detector for detecting the reflected light; a board for supporting the light emitter and the light detector; a reflected light lens for focusing the reflected light onto the light detector; and a photometric block having an irradiation light path for disposing the light emitter so as to face the irradiation light lens, the irradiation light path extending from a disposed position of the light emitter to a disposed position of the irradiation light lens, and a reflected light path extending from a disposed position of the reflected light lens to a disposed position of the light detector, the photometric block further has a proximal end portion comprising a board placement region on its rear surface for placing the board thereon, wherein the board placement region has a positioning projection which extends through the board between the light emitter and the light detector for positioning the board and which is configured to prevent light from being propagated directly from the light emitter to the light detector, and wherein the irradiation light lens is included in the measuring unit such that a focal position of the irradiation light is farther than a disposed position of the object.
A method performed by an evolved Node B, eNB, of a communication system, for enabling optimisation of the utilisation of the throughput capacity of a first and a second interface of the eNB, the method comprising the steps of: - receiving data over the first interface, where the first and the second interface alternate in having the lowest throughput capacity, which limits the combined data throughput over the two interfaces, - caching the received data in one of the higher layers of the Internet Protocol, IP, stack, - controlling the output of the data from the cache over the second interface, based on the available throughput capacity of said second interface, thereby levelling out the alternating limiting effect of the interfaces, and characterised by - dynamically adapting the amount of data to be cached for a user based on the behaviour of the user, the user behaviour being represented by at least one of: - physical location, - time spent in a cell, - user capability, - user subscription, - server IP address, - Quality of Service, QoS, settings, - amount of data transmitted so far on a Transmission Control Protocol, TCP, connection. - receiving data over the first interface, where the first and the second interface alternate in having the lowest throughput capacity, which limits the combined data throughput over the two interfaces, - caching the received data in one of the higher layers of the Internet Protocol, IP, stack, - controlling the output of the data from the cache over the second interface, based on the available throughput capacity of said second interface, thereby levelling out the alternating limiting effect of the interfaces, and characterised by - dynamically adapting the amount of data to be cached for a user based on the behaviour of the user, the user behaviour being represented by at least one of: - physical location, - time spent in a cell, - user capability, - user subscription, - server IP address, - Quality of Service, QoS, settings, - amount of data transmitted so far on a Transmission Control Protocol, TCP, connection. - physical location, - time spent in a cell, - user capability, - user subscription, - server IP address, - Quality of Service, QoS, settings, - amount of data transmitted so far on a Transmission Control Protocol, TCP, connection.
A transceiver arrangement for a fixed point-to-point radio link, the transceiver arrangement comprising a transceiver connected to a first antenna and to a second antenna, the transceiver being arranged to transmit a first transmit signal via the first antenna in a first frequency band, the transceiver also being arranged to receive a first receive signal via the first antenna in a second frequency band, the transceiver further being arranged to transmit a second transmit signal via the second antenna in the second frequency band, the transceiver also being arranged to receive a second receive signal via the second antenna in the first frequency band, the transceiver arrangement further being adapted to suppress signals received via the first antenna in the first frequency band and also to suppress signals received via the second antenna in the second frequency band, a center frequency of the first frequency band being separated in frequency from a center frequency of the second frequency band.
Shading device comprising a cloth and a cloth shaft onto which the cloth can be wound and from which it can be unwound, a concave cover being arranged below the cloth shaft, which cover supports the cloth shaft and the cloth wound thereon over a partial circumference, a trough-shaped drainage channel being arranged in a lower region of the cover, which channel extends in the longitudinal direction of the cloth shaft, characterized in that a sliding lining is arranged on at least portions of the side of the cover facing the cloth shaft, which sliding lining ends in or completely lines the drainage channel.
System or kit for capturing and coupling in view of de-orbiting or re-orbiting an object in space, intended to equip a motorised space vehicle, comprising: - a flexible wall for capturing the object, this wall being deployable from a folded or stored position to a deployed position for receiving and capturing the object, - means for deploying the wall, these means comprising at least one inflatable member extending over at least one portion of the peripheral edge of the wall and intended to lead to the deployment of the wall when it is inflated, the inflatable member being connected to inflation means, and - means for connecting the vehicle to the wall and/or to the inflatable member, these means making it possible to apply a traction force to the captured object when the vehicle moves, characterised in that the inflatable member is formed by a frame which extends substantially over the whole perimeter of the peripheral edge of the wall and is connected to an end of at least one inflatable mast of which the other end is connected to the inflation means. - a flexible wall for capturing the object, this wall being deployable from a folded or stored position to a deployed position for receiving and capturing the object, - means for deploying the wall, these means comprising at least one inflatable member extending over at least one portion of the peripheral edge of the wall and intended to lead to the deployment of the wall when it is inflated, the inflatable member being connected to inflation means, and - means for connecting the vehicle to the wall and/or to the inflatable member, these means making it possible to apply a traction force to the captured object when the vehicle moves,
A method for thermal mechanical processing of a martensitic stainless steel, comprising: heating a martensitic stainless steel mult to less than or equal to 1.010°C (1850°F); forging the martensitic stainless steel mult at less than or equal to 982°C (1800°F) with a total effective strain of at least 0.3 to yield a forged object having a selected portion with an ASTM E112 grain size of 5 or finer; and carburizing the selected portion of the forged object. heating a martensitic stainless steel mult to less than or equal to 1.010°C (1850°F); forging the martensitic stainless steel mult at less than or equal to 982°C (1800°F) with a total effective strain of at least 0.3 to yield a forged object having a selected portion with an ASTM E112 grain size of 5 or finer; and carburizing the selected portion of the forged object.
A method for reducing time needed for drying fabric comprising laundering the fabric at least 3 times with a composition comprising a linear polyether having a weight average molecular weight less than 5000 that is terminated with -N-(-CH 2 -CH -CH 2 -Cl) 2, wherein the linear polyether is deposited on the fabric and reduces the time needed for drying.
A pharmaceutically acceptable vaccine composition comprising: at least one CMV antigen, for use in a method of eliciting in a subject an immune response to a cell that expresses a CMV antigen, wherein the cell that expresses a CMV antigen is a cancer cell of a CMV-associated cancer. at least one CMV antigen, for use in a method of eliciting in a subject an immune response to a cell that expresses a CMV antigen, wherein the cell that expresses a CMV antigen is a cancer cell of a CMV-associated cancer.
A gas turbine engine comprising an anti-icing system for an engine section stator of the gas turbine engine, the system comprising: an environmental control system pre-cooler heat exchange system comprising a compressor bleed passage configured to provide air bled from a compressor (14, 15) of the engine to an environmental control system, a bypass air bleed passage, and a closed circuit coolant conduit, the heat exchange system being configured to exchange heat between air within the compressor bleed passage and bypass duct air within the bypass air bleed passage; the heat exchange system being further configured to exchange heat from air within the bypass air bleed passage heated by air within the compressor bleed passage to a further heat transfer medium within the closed circuit coolant conduit, the system being configured to transfer heat from the heat transfer medium to the engine section stator.
A progressive ophthalmic lens element including: an upper viewing zone providing a first refracting power for distance vision; and a peripheral region surrounding the upper viewing zone and providing, throughout the region, positive power relative to the first refracting power, the peripheral region including a lower or near viewing zone of low surface astigmatism providing a refracting power for near vision, one or more regions of relatively higher surface astigmatism and a corridor connecting the upper and lower zones, the corridor having low surface astigmatism and a surface power varying from that of the upper viewing zone to that of the lower viewing zone, wherein the area of the upper viewing zone is greater than the area of the lower or near viewing zone, wherein the upper viewing zone and the lower or near viewing zone are sized to provide a required optical correction over a range of eye rotations for distance vision tasks and near vision tasks, respectively; wherein the distribution of mean power throughout the peripheral region is positive relative to that of the upper viewing zone and at all radial extents greater than 20mm from the geometric centre of the lens element, is in the range of 0.50D to 3.00D relative to the refracting power at the distance reference point of the upper zone. an upper viewing zone providing a first refracting power for distance vision; and a peripheral region surrounding the upper viewing zone and providing, throughout the region, positive power relative to the first refracting power, the peripheral region including a lower or near viewing zone of low surface astigmatism providing a refracting power for near vision, one or more regions of relatively higher surface astigmatism and a corridor connecting the upper and lower zones, the corridor having low surface astigmatism and a surface power varying from that of the upper viewing zone to that of the lower viewing zone, wherein the area of the upper viewing zone is greater than the area of the lower or near viewing zone, wherein the upper viewing zone and the lower or near viewing zone are sized to provide a required optical correction over a range of eye rotations for distance vision tasks and near vision tasks, respectively; wherein the distribution of mean power throughout the peripheral region is positive relative to that of the upper viewing zone and at all radial extents greater than 20mm from the geometric centre of the lens element, is in the range of 0.50D to 3.00D relative to the refracting power at the distance reference point of the upper zone.
A preparation method for a cannflavin compound, comprising the following steps: step: condensing 4'-hydroxy-3'-methoxyacetophenone and diethyl carbonate under an alkaline condition to obtain ethyl 4'-hydroxy-3'-methoxybenzoylacetate; step: subjecting 1,3,5-trihydroxybenzene and geraniol to a C-alkylation reaction to obtain -2-(3,7-dimethyloct-2,6-dien-1-yl)benzene-1,3,5-triphenol; and step: condensing ethyl 4'-hydroxy-3'-methoxybenzoylacetate and -2-(3,7-dimethyloct-2,6-dien-1-yl)benzene-1,3,5-triphenol at high temperature to produce cannflavin A and/or cannflavin C; the reaction temperature in the step is 180-230°C; cannflavin A represented by a formula: cannflavin C represented by a formula: step: condensing 4'-hydroxy-3'-methoxyacetophenone and diethyl carbonate under an alkaline condition to obtain ethyl 4'-hydroxy-3'-methoxybenzoylacetate; step: subjecting 1,3,5-trihydroxybenzene and geraniol to a C-alkylation reaction to obtain -2-(3,7-dimethyloct-2,6-dien-1-yl)benzene-1,3,5-triphenol; and step: condensing ethyl 4'-hydroxy-3'-methoxybenzoylacetate and -2-(3,7-dimethyloct-2,6-dien-1-yl)benzene-1,3,5-triphenol at high temperature to produce cannflavin A and/or cannflavin C; the reaction temperature in the step is 180-230°C; cannflavin A represented by a formula: cannflavin C represented by a formula:
An apparatus for acquiring an image for a vehicle comprising: an input configured to receive a user input; at least one imaging device (110, RC1-RC4) configured to acquire an external image data of the vehicle; a sensor including at least one sensor configured to confirm a state of the vehicle; a display configured to display a region around the vehicle to be divided into a plurality of regions based on the vehicle; and a controller configured to select a virtual projection model based on a selected region or the state change of the vehicle when at least one of the plurality of regions is selected from the user input or the state change of the vehicle is sensed by the sensor, project the external image data onto a projection surface of the virtual projection model, and capture the external image data projected onto the projection surface using a virtual imaging device to generate final image data that corresponds to a position of the selected region, wherein the controller adjusts a position of the virtual imaging device according to the state change of the vehicle to capture the external image data projected corresponding to the state change of the vehicle, wherein the state change of the vehicle includes a gear change, a vehicle speed change, an angle change of a steering wheel, or an operation change of a door, and wherein the plurality of regions include regions for confirming a front, a rear, a left front, a left rear, a right front, a right rear, and an upper portion of the vehicle and regions for confirming the front and the rear of the vehicle. an input configured to receive a user input; at least one imaging device (110, RC1-RC4) configured to acquire an external image data of the vehicle; a sensor including at least one sensor configured to confirm a state of the vehicle; a display configured to display a region around the vehicle to be divided into a plurality of regions based on the vehicle; and a controller configured to select a virtual projection model based on a selected region or the state change of the vehicle when at least one of the plurality of regions is selected from the user input or the state change of the vehicle is sensed by the sensor, project the external image data onto a projection surface of the virtual projection model, and capture the external image data projected onto the projection surface using a virtual imaging device to generate final image data that corresponds to a position of the selected region, wherein the controller adjusts a position of the virtual imaging device according to the state change of the vehicle to capture the external image data projected corresponding to the state change of the vehicle, wherein the state change of the vehicle includes a gear change, a vehicle speed change, an angle change of a steering wheel, or an operation change of a door, and wherein the plurality of regions include regions for confirming a front, a rear, a left front, a left rear, a right front, a right rear, and an upper portion of the vehicle and regions for confirming the front and the rear of the vehicle.
A printing apparatus comprising a print zone and a media handling system for advancing media through a media path and through the print zone, wherein the media handling system comprises a first media driving arrangement positioned downstream of the print zone in the direction of advance of the media, and a second media driving arrangement positioned downstream of the first arrangement, the second media driving arrangement being operable to cause the tension of the media in a deformation zone between the two driving arrangements (3, 4) to be lower than the tension of the media in the print zone, characterized in that the second drive arrangement comprises an overdrive allowing an amount of slippage with the media.
Toroidal fluxgate current transducer comprising a ring shaped fluxgate sensing unit comprising a secondary coil made of a conducting wire, a ring-shaped dielectric support, a saturable magnetic core mounted on the support, an excitation coil made of a conducting wire wound around the support and saturable core, and a magnetic shell mounted around the excitation coil, ring-shaped support and saturable core, characterized in that the support comprises terminals (50,48) fixed to the support, a first pair of said terminals connected to ends of the excitation coil, and a second pair of said terminals connected to ends of the secondary coil of the current transducer.
A genetically modified mammalian hepatocyte, which hepatocyte is capable of secreting insulin or functional fragment thereof, said hepatocyte comprising a nucleic acid molecule encoding human pancreatic islet glucokinase or functional fragment thereof.