mhurhangee/ep-ind-claims huggingface dataset:
A foldable substrate for a motor vehicle, the foldable substrate comprising: a first wall having a first outer surface and comprising a first natural fiber-resin impregnated blank section that is overmolded with a first quantity of polymeric resin that forms at least a portion of the first outer surface; and a second wall having a second outer surface and comprising a second natural fiber-resin impregnated blank section that forms at least a portion of the second outer surface, wherein the first and second walls are hingedly connected together; characterised in that: a hinge section hingedly connects the first and second walls and defines at least one fold-initiating groove to facilitate folding of the foldable substrate from an unfolded condition to a folded condition; the hinge section comprises a portion of a continuous natural fiber-resin impregnated blank defining the at least one fold-initiating groove; the continuous natural fiber-resin impregnated blank further comprises the first and second natural fiber-resin impregnated blank sections; and the continuous natural fiber-resin impregnated blank has a flexural modulus of between about 40MPa and about 90 MPa. a first wall having a first outer surface and comprising a first natural fiber-resin impregnated blank section that is overmolded with a first quantity of polymeric resin that forms at least a portion of the first outer surface; and a second wall having a second outer surface and comprising a second natural fiber-resin impregnated blank section that forms at least a portion of the second outer surface, wherein the first and second walls are hingedly connected together; characterised in that: a hinge section hingedly connects the first and second walls and defines at least one fold-initiating groove to facilitate folding of the foldable substrate from an unfolded condition to a folded condition; the hinge section comprises a portion of a continuous natural fiber-resin impregnated blank defining the at least one fold-initiating groove; the continuous natural fiber-resin impregnated blank further comprises the first and second natural fiber-resin impregnated blank sections; and the continuous natural fiber-resin impregnated blank has a flexural modulus of between about 40MPa and about 90 MPa. a hinge section hingedly connects the first and second walls and defines at least one fold-initiating groove to facilitate folding of the foldable substrate from an unfolded condition to a folded condition; the hinge section comprises a portion of a continuous natural fiber-resin impregnated blank defining the at least one fold-initiating groove; the continuous natural fiber-resin impregnated blank further comprises the first and second natural fiber-resin impregnated blank sections; and the continuous natural fiber-resin impregnated blank has a flexural modulus of between about 40MPa and about 90 MPa.
A fuel tank inerting system, comprising a fuel tank; an air source arranged to supply air into a reactive flow path; a catalytic reactor comprising a plurality of sub-reactors (308A-F) arranged along the reactive flow path; a heat exchanger, wherein the plurality of sub-reactors are arranged relative to the heat exchanger such that the reactive flow path passes through at least a portion of the heat exchanger between two of the plurality of sub-reactors along the reactive flow path; at least one fuel injector arranged relative to at least one sub-reactor of the plurality of sub-reactors (308A-F), the at least one fuel injector configured to inject fuel into the reactive flow path at at least one of upstream of and in the respective at least one sub-reactor to generate a fuel-air mixture; and a fuel tank ullage supply line fluidly connecting the reactive flow path to the fuel tank to supply an inert gas to a ullage of the fuel tank.
A pharmaceutical composition suitable for intraocular administration, comprising an AAV 2/5 or AAV 2/8 vector comprising a promoter and a nucleic acid molecule encoding nuclear factor erythroid 2-like 2 for use in the treatment of retinitis pigmentosa.
Robotic cleaning device comprising: a main body; at least one driving wheel (12, 13) arranged to move the robotic cleaning device across a surface to be cleaned; driving means arranged to control the at least one driving wheel (12, 13) to rotate in order to move the robotic cleaning device across the surface to be cleaned; control means arranged to control the driving means to move the robotic cleaning device across the surface to be cleaned in accordance with navigation information; and a cleaning member arranged at a bottom side of the main body for removing debris from the surface to be cleaned characterized in that the cleaning member being arranged in a front end portion of the main body and in that the main body comprises at the front end portion, a horizontally protruding member on which a brush is arranged. a main body; at least one driving wheel (12, 13) arranged to move the robotic cleaning device across a surface to be cleaned; driving means arranged to control the at least one driving wheel (12, 13) to rotate in order to move the robotic cleaning device across the surface to be cleaned; control means arranged to control the driving means to move the robotic cleaning device across the surface to be cleaned in accordance with navigation information; and a cleaning member arranged at a bottom side of the main body for removing debris from the surface to be cleaned characterized in that the cleaning member being arranged in a front end portion of the main body and in that the main body comprises at the front end portion, a horizontally protruding member on which a brush is arranged.
A guide carriage (5a, 5b) for displaceably supporting a furniture part (3a, 3b, 4a, 4b) on at least one guide rail, the guide carriage (5a, 5b) comprising a chassis having at least one rotatably supported running wheel (17a, 17b) and at least one connecting member for connecting the guide carriage (5a, 5b) to the furniture part (3a, 3b, 4a, 4b), wherein the chassis and the connecting member are configured as constructional units separate from one another and being configured to be connected to one another via at least one fastening device, wherein the fastening device includes at least one force storage member and at least one locking element configured to be pressurized by the force storage member, wherein the chassis and the connecting member are configured to be releasably locked to one another by a force of the force storage member, wherein a holding device separate from the fastening device is provided for fastening the connecting member to the chassis, wherein the connecting member is configured to be hung onto the chassis via the holding device, is pivotable about a, preferably horizontally extending, axis when hung on the chassis, and is lockable to the chassis by the at least one locking element, wherein the connecting member includes at least one movably-supported fitting portion configured to be fixed to a furniture part (3a, 3b, 4a, 4b), the fitting portion being pivotably supported about an axis extending vertically in a mounted condition.
A method for identifying data processed by a data storage system configured to write data supplied from a host to data storage in accordance with write I/O of operations owning applications, comprising the steps of: a customer defining, via the host, what applications to assign to which class of service; a workload manager directing the processing of supplied data in accordance with a write I/O of one of said owning applications; the workload manager providing service workload identification for describing said write I/O, wherein said service workload identification comprises a class of service defined for said one of said owning applications by said host, thereby identifying the application to which the I/O belongs; at least one storage subsystem adding said service workload identification to record set information for said data, and a journal management system storing (750, 760) information from said record set information in a journal, including said service workload identification, which identifies the application to which the I/O belongs. a customer defining, via the host, what applications to assign to which class of service; a workload manager directing the processing of supplied data in accordance with a write I/O of one of said owning applications; the workload manager providing service workload identification for describing said write I/O, wherein said service workload identification comprises a class of service defined for said one of said owning applications by said host, thereby identifying the application to which the I/O belongs; at least one storage subsystem adding said service workload identification to record set information for said data, and a journal management system storing (750, 760) information from said record set information in a journal, including said service workload identification, which identifies the application to which the I/O belongs.
A vehicle lift device comprising: a pair of left and right raising/lowering devices (20; 200) provided on both sides in a left-right direction orthogonal to an approach direction of a vehicle in a maintenance work area where the vehicle enters and stops at a maintenance site, each of the raising/lowering devices (20; 200) having an undulating link device (30; 201) constituted by a plurality of links (31, 31S, 32, 32S, 33; 211, 212, 221, 222); and a vehicle support table that supports the vehicle and is mounted on a top of the undulating link device (30; 201), characterized in that each of the links (31, 31S, 32, 32S, 33, 211, 212, 221, 222) of the undulating link device (30; 201) of each of the raising/lowering devices (20; 200) is displaced along the left-right direction orthogonal to the vehicle approach direction to perform an undulating operation so that the vehicle support table is raised and lowered only in a vertical direction while being kept in a horizontal state by the undulating operation. a pair of left and right raising/lowering devices (20; 200) provided on both sides in a left-right direction orthogonal to an approach direction of a vehicle in a maintenance work area where the vehicle enters and stops at a maintenance site, each of the raising/lowering devices (20; 200) having an undulating link device (30; 201) constituted by a plurality of links (31, 31S, 32, 32S, 33; 211, 212, 221, 222); and a vehicle support table that supports the vehicle and is mounted on a top of the undulating link device (30; 201), characterized in that each of the links (31, 31S, 32, 32S, 33, 211, 212, 221, 222) of the undulating link device (30; 201) of each of the raising/lowering devices (20; 200) is displaced along the left-right direction orthogonal to the vehicle approach direction to perform an undulating operation so that the vehicle support table is raised and lowered only in a vertical direction while being kept in a horizontal state by the undulating operation.
A polymer composition comprising a) 10 to 50 wt% of a polymer blend comprising 30 to 70 wt% of polypropylene and 70 to 30 wt% of polyethylene, b) 47 to 85 wt% of a polypropylene having a melt flow rate MFR2 (230°C) measured according to ISO 1133 of not lower than 50 g/10min, and c) 3 to 25 wt% of a Compatibilizer being a heterophasic polyolefin composition comprising 55 to 90 wt% of a matrix being a polypropylene and 45 to 10 wt% of an elastomer being a copolymer of ethylene and propylene or C4 to C10 alpha olefin with a glass transition temperature Tg measured according to ISO 6721-7 of below -25°C and an intrinsic viscosity measured according to DIN ISO 1628/1 at 135 °C of at least 3.0 dl/g, wherein the polymer composition has a melt flow rate MFR2 (230°C) measured according to ISO 1133 of higher than 25 g/10min. a) 10 to 50 wt% of a polymer blend comprising 30 to 70 wt% of polypropylene and 70 to 30 wt% of polyethylene, b) 47 to 85 wt% of a polypropylene having a melt flow rate MFR2 (230°C) measured according to ISO 1133 of not lower than 50 g/10min, and c) 3 to 25 wt% of a Compatibilizer being a heterophasic polyolefin composition comprising 55 to 90 wt% of a matrix being a polypropylene and 45 to 10 wt% of an elastomer being a copolymer of ethylene and propylene or C4 to C10 alpha olefin with a glass transition temperature Tg measured according to ISO 6721-7 of below -25°C and an intrinsic viscosity measured according to DIN ISO 1628/1 at 135 °C of at least 3.0 dl/g,
A method comprising: receiving a first discovery request from a first entity at a network node in a network of connected entities; transmitting the first discovery request from the network node to a resource directory entity; receiving a first discovery response at the network node from the resource directory entity; storing first discovery response data at the network node based on the first discovery response; transmitting the first discovery response from the network node to the first entity; receiving a second discovery request from a second entity at the network node; determining, at the network node, that discovery request data of the second discovery request corresponds to the first discovery response data; and transmitting a second discovery response comprising the first discovery response data from the network node to the second entity and a notification to the resource directory entity indicating that the network node transmitted the second discovery response comprising the first discovery response data to the second entity. receiving a first discovery request from a first entity at a network node in a network of connected entities; transmitting the first discovery request from the network node to a resource directory entity; receiving a first discovery response at the network node from the resource directory entity; storing first discovery response data at the network node based on the first discovery response; transmitting the first discovery response from the network node to the first entity; receiving a second discovery request from a second entity at the network node; determining, at the network node, that discovery request data of the second discovery request corresponds to the first discovery response data; and transmitting a second discovery response comprising the first discovery response data from the network node to the second entity and a notification to the resource directory entity indicating that the network node transmitted the second discovery response comprising the first discovery response data to the second entity.
A system comprising an optical decoding system and a drug delivery device comprising a housing retaining a first rotatable component and a second rotatable component, the optical decoding system comprising: a first optical sensor configured to be directed at the first rotatable component; a second optical sensor configured to be directed at the second rotatable component; and a processor configured to: receive signals from the first optical sensor, wherein the signals from the first optical sensor represent encoded dosage values present on the first rotatable component; receive signals from the second optical sensor, wherein the signals from the second optical sensor represent whether the second rotatable component is rotating or not; and determine from the received signals whether the drug delivery device is in a drug dose dialling mode or a drug dose delivery mode, wherein the first rotatable component is arranged to rotate and translate relative to the first optical sensor when the drug delivery device is in the drug dose dialling mode and in the drug dose delivery mode; and the second rotatable component is arranged to rotate and translate relative to the second optical sensor when the drug delivery device is in the drug dose dialling mode and only to translate when the drug delivery device is in the drug dose delivery mode. a first optical sensor configured to be directed at the first rotatable component; a second optical sensor configured to be directed at the second rotatable component; and a processor configured to: receive signals from the first optical sensor, wherein the signals from the first optical sensor represent encoded dosage values present on the first rotatable component; receive signals from the second optical sensor, wherein the signals from the second optical sensor represent whether the second rotatable component is rotating or not; and determine from the received signals whether the drug delivery device is in a drug dose dialling mode or a drug dose delivery mode, receive signals from the first optical sensor, wherein the signals from the first optical sensor represent encoded dosage values present on the first rotatable component; receive signals from the second optical sensor, wherein the signals from the second optical sensor represent whether the second rotatable component is rotating or not; and determine from the received signals whether the drug delivery device is in a drug dose dialling mode or a drug dose delivery mode, wherein the first rotatable component is arranged to rotate and translate relative to the first optical sensor when the drug delivery device is in the drug dose dialling mode and in the drug dose delivery mode; and the second rotatable component is arranged to rotate and translate relative to the second optical sensor when the drug delivery device is in the drug dose dialling mode and only to translate when the drug delivery device is in the drug dose delivery mode.
A nanostructured Aprepitant composition comprising Aprepitant, sodium dodecyl sulfate and Soluplus, which is obtained by the following steps in a microfluidic based continuous flow reactor: a) Aprepitant, sodium dodecyl sulfate and Soluplus are dissolved in ethanol; b) the solution in step a) is passed into the reactor unit using a feeding unit; c) meanwhile, using a second feeding unit, distilled water is passed into the mixing unit, where the distilled water is mixed with the solution containing Aprepitant coming from the first reactor unit, wherein the flow rate in the first feeding unit is 3.0 mL/min and the flow rate in the second feeding unit is 40.0 mL/min; wherein the average particle size of the Aprepitant is 75-79 nm. a) Aprepitant, sodium dodecyl sulfate and Soluplus are dissolved in ethanol; b) the solution in step a) is passed into the reactor unit using a feeding unit; c) meanwhile, using a second feeding unit, distilled water is passed into the mixing unit, where the distilled water is mixed with the solution containing Aprepitant coming from the first reactor unit, wherein the flow rate in the first feeding unit is 3.0 mL/min and the flow rate in the second feeding unit is 40.0 mL/min;
A segmental weir system for variable, controllable storage and filtering functions to spillways wherein on the feed side the segmental weir system comprises a plate forming a segmental arch with side areas of the segmental arch, characterised in that the plate forming a segmental arch is executed with a storage area for the segmental arch on the underside and is connected with differentially-lasered perforated areas of the segmental arch (A; B; C) on the topside, wherein the segmental weir system further comprises a segmental arch opening frame with a segmental arch side contact face and wherein the side areas of the segmental arch rest in such a way as to form a seal on the segmental arch side contact face of the segmental arch opening frame which is anchored on both sides in the spillway and is seen as a convex shape in the direction of flow and wherein, furthermore, the segmental arch opening frame has a segmental arch scraper on the top side and a segmental arch scraper on the bottom side, which are also anchored in the spillway.
Frame system for an insect and/or pollen screen, with a number of profile strips (2, 3) joined in frame corners by means of corner connectors, - wherein the corner connector has a first joining leg and a second joining leg, which can be joined to said first joining leg, and - wherein the joining legs (6, 7) have a first leg section (6a, 7a) for connection to the profile strip (2, 3) and a second leg section (6b, 7b) with a joining contour (6c, 7c), the first joining leg having a first joining contour and the second joining leg having a second joining contour corresponding to the first joining contour, characterized in - that the first joining leg has a chamber, into which a first channel for receiving an elastic cord opens, the first channel extending along the first leg section, - that the second joining leg has a second channel extending along the first leg section for receiving the elastic cord, and - that, with the joining legs (6, 7) joined together to form the corner connector, the second channel opens into the chamber of the first joining leg and the elastic cord is inserted in the first and second channels (13, 14). - wherein the corner connector has a first joining leg and a second joining leg, which can be joined to said first joining leg, and - wherein the joining legs (6, 7) have a first leg section (6a, 7a) for connection to the profile strip (2, 3) and a second leg section (6b, 7b) with a joining contour (6c, 7c), the first joining leg having a first joining contour and the second joining leg having a second joining contour corresponding to the first joining contour, characterized in - that the first joining leg has a chamber, into which a first channel for receiving an elastic cord opens, the first channel extending along the first leg section, - that the second joining leg has a second channel extending along the first leg section for receiving the elastic cord, and - that, with the joining legs (6, 7) joined together to form the corner connector, the second channel opens into the chamber of the first joining leg and the elastic cord is inserted in the first and second channels (13, 14).
Stackable chair having a chair frame, a seat attached thereto and a seatback, wherein the chair frame has a side part (2, 3) on both sides of the chair suitable for stacking a second chair, wherein each side part (2, 3) has a front and a rear chair leg (8, 10, 9, 11), wherein a cross member (20, 21) is arranged on each side part (2, 3) as a stacking aid, wherein the particular cross member (20, 21) forms a bracket shape with a middle, straight bracket section (20a, 21a) and an arched bracket section (20b, 20c, 21b, 21c) at the ends of the middle bracket section (20a, 21a) and is oriented outward such that when stacking, the two bracket shaped cross members (20, 21) of the upper chair surround the two side parts (2, 3) of the lower chair, wherein each side part (2, 3) has a bracket shaped outward oriented upper cross member (22, 23) above the cross member (20, 21) as a stacking support, characterised in that each side part (2, 3) has an armrest (12, 13) with a supporting bar (14, 15), which transitions, on both sides, into a downward oriented support flange (16, 17, 18, 19), wherein the particular cross member (20, 21) is arranged between the two support flanges (16, 17, 18, 19).
Ultrasonic distance measurement system, which can in particular be used for hydraulic accumulators with at least one movable separating element, which separates two media chambers (9, 11) inside a housing from one another, preferably in a media-tight manner, wherein the one media chamber receives a compressible or incompressible fluid and the other media chamber receives a compressible fluid, particularly in the form of a working gas, wherein the respective position of the movable separating element within the housing can be detected by means of at least one ultrasonic sensor, wherein the respective ultrasonic sensor detects the position of the separating element on the side of the other media chamber with the compressible fluid, a sleeve-shaped sensor holder being inserted in a lid part, which is adjacent to the other media chamber, said sensor holder being hollow on the inside to form a sensor chamber, wherein the ultrasonic sensor is held in the sensor holder and received in a sensor chamber at the end, characterised in that the sensor chamber is connected to the other media chamber with the compressible fluid by means of a media conduit.