mhurhangee/ep-ind-claims huggingface dataset:
A focused ion beam apparatus comprising: a sample tray on which a sample can be placed; a focused ion beam column for irradiating the sample by using a focused ion beam to obtain a micro sample-piece; a sample chamber receiving the sample tray and the focused ion beam column therein; a side-entry-type carrier being insertable into and removable from the sample chamber, with a front end side for holding the micro sample-piece; and a sample-piece moving unit for moving the micro sample-piece between the sample tray and the carrier, wherein the sample tray is provided to be movable along at least an x-axis along a horizontal plane, a y-axis perpendicular to the x-axis, and a z-axis along a vertical direction respectively, characterized in that at an end of the sample tray, a carrier engagement part, detachably engageable to the carrier, is provided for moving the carrier in accompaniment to the movement of the sample tray. a sample tray on which a sample can be placed; a focused ion beam column for irradiating the sample by using a focused ion beam to obtain a micro sample-piece; a sample chamber receiving the sample tray and the focused ion beam column therein; a side-entry-type carrier being insertable into and removable from the sample chamber, with a front end side for holding the micro sample-piece; and a sample-piece moving unit for moving the micro sample-piece between the sample tray and the carrier, wherein the sample tray is provided to be movable along at least an x-axis along a horizontal plane, a y-axis perpendicular to the x-axis, and a z-axis along a vertical direction respectively, characterized in that at an end of the sample tray, a carrier engagement part, detachably engageable to the carrier, is provided for moving the carrier in accompaniment to the movement of the sample tray.
An arrangement for airing in buildings comprising profiled membrane supporting elements being angular profiles with elongated mounting elements with adhesive layers for mounting to beam surfaces, roof trusses, joists or similar, between which air gaps are to be provided, and a membrane attached to adhesive layers on the mounting elements of the the profiled membrane supporting elements, the membrane spanning the distance between the profiled membrane supporting elements forming an essentially airtight surface for restricting an air gap, wherein said angular profiles have a V-shaped cross section consisting of two plates connected at a right angle, characterized in that said profiled membrane supporting elements are made of cardboard and can be cut and folded over to accommodate any changes in direction in a rafter construction.
A method of continuous hydrothermal carbonization of sludge containing organic matter, said sludge having a dryness between 10 and 30%, said method involving a stage of hydrothermal reaction carried out in a reactor, the hydrothermal reaction stage involving the following steps: - a step of introduction of sludge in which the sludge is introduced into the reactor by a first inlet, - a step of endogenous injection of steam in which steam is injected into the reactor by a second inlet, - a step of extraction in which at least a portion of the sludge contained in the reactor is extracted continuously by a sludge outlet, characterized in that it further involves a step of preheating in which the temperature of the sludge is raised prior to its introduction into the reactor up to a temperature of preheating greater than 70° C, in that the second inlet is distinct from the first inlet, in that the step of preheating includes a step of exogenous steam injection in which steam is injected into the sludge prior to its introduction into the reactor, and in that it furthermore involves a step of additional heating in which the temperature is raised for the sludge having undergone the step of preheating prior to its introduction into the reactor by transferring to this sludge the heat contained in the sludge extracted from the reactor. - a step of introduction of sludge in which the sludge is introduced into the reactor by a first inlet, - a step of endogenous injection of steam in which steam is injected into the reactor by a second inlet, - a step of extraction in which at least a portion of the sludge contained in the reactor is extracted continuously by a sludge outlet, characterized in that it further involves a step of preheating in which the temperature of the sludge is raised prior to its introduction into the reactor up to a temperature of preheating greater than 70° C, in that the second inlet is distinct from the first inlet, in that the step of preheating includes a step of exogenous steam injection in which steam is injected into the sludge prior to its introduction into the reactor, and in that it furthermore involves a step of additional heating in which the temperature is raised for the sludge having undergone the step of preheating prior to its introduction into the reactor by transferring to this sludge the heat contained in the sludge extracted from the reactor.
A nose landing gear arrangement (10, 34) for an aircraft, the nose landing gear arrangement comprising: a wheel assembly; a shock strut extending upwards from the wheel assembly towards a fuselage of the aircraft; and a torque arm assembly (16, 36) comprising an upper torque arm (26, 38) and a lower torque arm (28, 40) pivotably coupled to one another by a pair of hinges, wherein the pair of hinges is located at a rear portion of the torque arm assembly, the upper torque arm having a width that continuously widens along a length of the upper torque arm from top to bottom, the torque arm assembly being coupled to the wheel assembly and to the shock strut, wherein the torque arm assembly (16, 36) is configured to transmit torque to the wheel assembly, and wherein the torque arm assembly (16, 36) is disposed forward of the shock strut with respect to a direction of travel of the aircraft, wherein the torque arm assembly (16, 36) is wider than the shock strut along its entire length, wherein the torque arm assembly (16, 36) comprises a streamlined configuration oriented to face the direction of travel of the aircraft. a wheel assembly; a shock strut extending upwards from the wheel assembly towards a fuselage of the aircraft; and a torque arm assembly (16, 36) comprising an upper torque arm (26, 38) and a lower torque arm (28, 40) pivotably coupled to one another by a pair of hinges, wherein the pair of hinges is located at a rear portion of the torque arm assembly, the upper torque arm having a width that continuously widens along a length of the upper torque arm from top to bottom, the torque arm assembly being coupled to the wheel assembly and to the shock strut, wherein the torque arm assembly (16, 36) is configured to transmit torque to the wheel assembly, and wherein the torque arm assembly (16, 36) is disposed forward of the shock strut with respect to a direction of travel of the aircraft, wherein the torque arm assembly (16, 36) is wider than the shock strut along its entire length, wherein the torque arm assembly (16, 36) comprises a streamlined configuration oriented to face the direction of travel of the aircraft.
A printing system, comprising: a linehead disposed opposite a first side of a print media, the linehead having one or more print zones where a liquid is deposited onto the first side of the print media, wherein the print media is a continuous web; a first vacuum assembly having a vacuum manifold disposed opposite a second side of the print media, such that at least a portion of the second side of the print media is deflected away from the linehead when the print media is in the non-print zone; and one or more rollers disposed opposite the linehead and adjacent to the second side of the print media to support the print media in the print zone characterised in that the vacuum manifold is aligned with a non-print zone of the linehead and outputs a vacuum force proximate to the second side of the print media only in the non-print zone; and at least one roller is aligned with a respective print zone of the linehead. a linehead disposed opposite a first side of a print media, the linehead having one or more print zones where a liquid is deposited onto the first side of the print media, wherein the print media is a continuous web; a first vacuum assembly having a vacuum manifold disposed opposite a second side of the print media, such that at least a portion of the second side of the print media is deflected away from the linehead when the print media is in the non-print zone; and one or more rollers disposed opposite the linehead and adjacent to the second side of the print media to support the print media in the print zone
A process for preparing isocyanates by reacting the corresponding amines with phosgene in the gas phase, optionally in the presence of an inert medium, in which the amine is evaporated in an evaporator to give an amine-comprising gas stream, the phosgene is mixed into the amine-comprising gas stream, and the amine and the phosgene are converted to the isocyanate in a reactor, wherein the temperature of surfaces of pipelines which connect the evaporator with the reactor, feed lines, feed nozzles or surfaces of the reactor that are in contact with the gaseous amine is kept above the dew point limit of the amine-comprising gas stream, keeping the temperature of the surfaces in contact with the gaseous amine above the dew point limit of the amine-comprising gas stream by insulating pipelines and apparatus in order to minimize heat losses and additionally fulfilling at least one of the following features: (a) superheating the gaseous amine stream in order to rule out local dew point undershoots as a result of heat losses, (b) heating of pipelines and apparatus in order to prevent dew point undershoots, (c) feeding in an inert gas stream at controlled temperature, where the temperature of the supplied inert gas is adjusted such that there is a temperature margin of the mixing temperature from the condensation limit of at least 5 K. (a) superheating the gaseous amine stream in order to rule out local dew point undershoots as a result of heat losses, (b) heating of pipelines and apparatus in order to prevent dew point undershoots, (c) feeding in an inert gas stream at controlled temperature, where the temperature of the supplied inert gas is adjusted such that there is a temperature margin of the mixing temperature from the condensation limit of at least 5 K.
A medical device for implantation in a hip joint for providing a joint surface, wherein said medical device comprises an artificial caput femur surface adapted to function as a bearing surface of the hip joint when in its functional position, and a fixating part, adapted to at least partially be placed inside of the femoral bone for fixating the artificial caput femur surface to the femoral bone, wherein said medical device comprises at least two parts adapted to be connected to each other in situ to form said medical device, wherein said at least two artificial caput femur surface parts are adapted to be inserted through a hole in the pelvic bone from the opposite side from acetabulum, said hole having at least one of a diameter less than the largest diameter of said medical device, a cross-sectional distance less than the largest cross-sectional distance of said medical device and a cross-sectional area less than the largest cross-sectional area of said medical device, when said device is in its functional position in the hip joint, wherein said at least two parts is adapted to form the artificial caput femur surface after passing through said hole, when implanted, wherein said medical device comprises an artificial acetabulum surface (65, 98) adapted to be inserted through the hole in the pelvic bone, and adapted to cover the hole in the pelvic bone, characterized In that said medical device further comprises a locking member (57, 58) adapted to lock said first part and said second part together after said first and second part have been connected into a mounted medical device.
A computer-implemented method of facilitating animation of a scene comprising a plurality of models, the method comprising: receiving information identifying a first model from the plurality of models; using a first representation to determine a set of models from the plurality of models that are needed for proper animation of the first model, the first representation comprising information identifying one or more inputs and outputs of the models in the plurality of models and identifying dependencies between the one or more inputs and outputs; and loading the first model and the set of models in computer memory, wherein the plurality of models comprises at least one model that is not loaded into the computer memory; wherein the dependencies are used to pose the models; and wherein the set of models is determined based on the dependencies. receiving information identifying a first model from the plurality of models; using a first representation to determine a set of models from the plurality of models that are needed for proper animation of the first model, the first representation comprising information identifying one or more inputs and outputs of the models in the plurality of models and identifying dependencies between the one or more inputs and outputs; and loading the first model and the set of models in computer memory, wherein the plurality of models comprises at least one model that is not loaded into the computer memory;
Offshore altitude wind power unit with - at least one floatable base station, which is electrically connected to a connecting line on a manifold on the seabed, - an aircraft with rigid wings and a propeller system having propellers adapted to actively propel the aircraft in flight, characterized in that - a generator system is provided on the base station, with a generator with a winch that is adapted to roll up a traction cable and that by its rotation when the traction cable unrolls drives the generator which converts the rotation of the winch into another form of energy; - the aircraft is in a first mode of operation connected to the traction cable with the winch and adapted to fly closed flight patterns in order to drive the generator; and - the aircraft is in a second mode of operation adapted to be able to fly decoupled from the traction cable a predetermined flight route and to land at least at one predetermined destination, wherein at least one of the destinations is a maintenance station that is spatially separated from the base station. - at least one floatable base station, which is electrically connected to a connecting line on a manifold on the seabed, - an aircraft with rigid wings and a propeller system having propellers adapted to actively propel the aircraft in flight, - a generator system is provided on the base station, with a generator with a winch that is adapted to roll up a traction cable and that by its rotation when the traction cable unrolls drives the generator which converts the rotation of the winch into another form of energy; - the aircraft is in a first mode of operation connected to the traction cable with the winch and adapted to fly closed flight patterns in order to drive the generator; and - the aircraft is in a second mode of operation adapted to be able to fly decoupled from the traction cable a predetermined flight route and to land at least at one predetermined destination, wherein at least one of the destinations is a maintenance station that is spatially separated from the base station.
A system for detecting an intrusion, comprising: an illuminating source, adapted to direct illuminating beams along a plurality of angularly divergent optical paths (36, 38), each illuminating beam being collimated and directed in its own specific direction; a linear array of detector elements having a field of view, each of the detector elements of said linear array being adapted to image reflected light originating from that one of said plurality of angularly divergent optical paths with which the detector element is associated angularly; and a signal processing unit adapted to determine the time of flight of any one of said illuminating beams, between the time of transmission from its illuminating source to the time of detection in its associated detection element, wherein a change detected in said time of flight indicates that an intrusion has occurred. an illuminating source, adapted to direct illuminating beams along a plurality of angularly divergent optical paths (36, 38), each illuminating beam being collimated and directed in its own specific direction; a linear array of detector elements having a field of view, each of the detector elements of said linear array being adapted to image reflected light originating from that one of said plurality of angularly divergent optical paths with which the detector element is associated angularly; and a signal processing unit adapted to determine the time of flight of any one of said illuminating beams, between the time of transmission from its illuminating source to the time of detection in its associated detection element,
Method in a first node for adaptation of a signal to be sent from the first node to a second node in a wireless communication system, the first node being capable of communicating with the second node over a radio link, the second node being configured to comprise a codebook, which codebook comprises a set of possible information alternatives used for assisting the adaptation of the signal, the first node being arranged to know a number of subsets of the set of possible information alternatives, each subset comprising a part of or the complete codebook, the method comprising: sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets; and receiving an information alternative from the second node, which information alternative is selected among the at least one of the subsets according to the configuration request, the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative and IN THAT the bit map specifies which at least one of the subsets to restrict the selection to. the second node being configured to comprise a codebook, which codebook comprises a set of possible information alternatives used for assisting the adaptation of the signal, the first node being arranged to know a number of subsets of the set of possible information alternatives, each subset comprising a part of or the complete codebook, the method comprising: sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets; and receiving an information alternative from the second node, which information alternative is selected among the at least one of the subsets according to the configuration request, sending a message to the second node, the message comprising a configuration request that restricts selection of information alternatives in the second node to at least one of the subsets; and receiving an information alternative from the second node, which information alternative is selected among the at least one of the subsets according to the configuration request, the method CHARACTERIZED IN THAT the configuration request comprises a bit map where each bit corresponds to a certain information alternative and IN THAT the bit map specifies which at least one of the subsets to restrict the selection to.
A carding machine with an adjusting device for adjusting the carding clearance between circulating carding elements and a drum, wherein the carding elements cooperate with at least one arch-shaped sliding strip, which are disposed at a lateral shield on both sides of the drum, wherein each sliding strip includes at least one wedge-shaped formed strip, which is displaceably disposed on a wedge-shaped supporting element and oriented opposite the latter, wherein the strip is adjustable and affixable on the supporting element by means of a device, characterized in that the adjusting device is affixable at a lateral front side of the supporting element.
A process for the production and separation of 5-hydroxymethylfurfural, which is carried out in the absence of an organic solvent, the process comprising the steps of: 1) dehydrating at least one saccharide selected from the group consisting of monosaccharides having 6 carbon atoms and disaccharides, oligosaccharides and polysaccharides formed from units having 6 carbon atoms or mixtures thereof, in the presence of water and of at least one quaternary ammonium salt, at a temperature between 80-130 ° C, obtaining a reaction mixture comprising the quaternary ammonium salt, HMF and any unreacted saccharide; 2) subjecting the said reaction mixture to at least one membrane separation operation selected in the group consisting of nanofiltration, reverse osmosis, electrodialisis and their combinations, obtaining an aqueous permeate comprising HMF and a retentate comprising quaternary ammonium salt. 1) dehydrating at least one saccharide selected from the group consisting of monosaccharides having 6 carbon atoms and disaccharides, oligosaccharides and polysaccharides formed from units having 6 carbon atoms or mixtures thereof, in the presence of water and of at least one quaternary ammonium salt, at a temperature between 80-130 ° C, obtaining a reaction mixture comprising the quaternary ammonium salt, HMF and any unreacted saccharide; 2) subjecting the said reaction mixture to at least one membrane separation operation selected in the group consisting of nanofiltration, reverse osmosis, electrodialisis and their combinations, obtaining an aqueous permeate comprising HMF and a retentate comprising quaternary ammonium salt.
A method executed by a service and resource inventory system for allocating communication resources in a communication network that comprises a number of different devices and utilizes different technologies, wherein the method is arranged to support different network technologies and different technology templates, and the method comprising collecting information of the number of devices of the communication network wherein Network Management Systems, Element Management Systems, Network Elements, network function virtualization resources, and inventories of the network are utilized; transforming the collected information from their formats to a common format determining current resources of the communication network and current use of the resources utilizing the collected information in the common format, and calculating a prediction for the resource allocation in the future, investigating alternative ways to use the resources instead of the current use by an investigator component, and suggesting by an investigator component to use at least one alternative way in case the at least one alternative way is more efficient than the current use and allocating or reallocating the resources based on the at least one alternative way in the communication network. collecting information of the number of devices of the communication network wherein Network Management Systems, Element Management Systems, Network Elements, network function virtualization resources, and inventories of the network are utilized; transforming the collected information from their formats to a common format determining current resources of the communication network and current use of the resources utilizing the collected information in the common format, and calculating a prediction for the resource allocation in the future, investigating alternative ways to use the resources instead of the current use by an investigator component, and suggesting by an investigator component to use at least one alternative way in case the at least one alternative way is more efficient than the current use and allocating or reallocating the resources based on the at least one alternative way in the communication network.