mhurhangee/ep-ind-claims huggingface dataset:
An aircraft propulsion system comprising: an aircraft structure; a propulsor assembly disposed in the aircraft structure; an inlet duct for communicating airflow to the propulsor assembly; a first heat exchanger assembly disposed in the inlet duct and in thermal transfer communication with an inlet airflow through the inlet duct; and a skin heat exchanger assembly disposed along and in thermal communication with a bottom facing outer surface of the aircraft structure, wherein the skin heat exchanger assembly is offset relative to the inlet duct and the first heat exchanger assembly and the skin heat exchanger assembly is in fluid communication with the first heat exchanger such that a working fluid is communicated therebetween; characterised in that the inlet duct is open through the bottom facing outer surface. an aircraft structure; a propulsor assembly disposed in the aircraft structure; an inlet duct for communicating airflow to the propulsor assembly; a first heat exchanger assembly disposed in the inlet duct and in thermal transfer communication with an inlet airflow through the inlet duct; and a skin heat exchanger assembly disposed along and in thermal communication with a bottom facing outer surface of the aircraft structure, wherein the skin heat exchanger assembly is offset relative to the inlet duct and the first heat exchanger assembly and the skin heat exchanger assembly is in fluid communication with the first heat exchanger such that a working fluid is communicated therebetween; characterised in that the inlet duct is open through the bottom facing outer surface.
An assembly of packaging boxes arranged for transport comprising: a first unitized cube of four boxes (20, 22) in stacked side-by-side alignment forming an intersection at the abutting four corners of the four boxes (20, 22); characterized in that a first adhesive patch is located on the proximal side of the intersection of the four corners, a second adhesive patch is located on the distal side of the intersection of the four corners, wherein the adhesive patches comprise a non-water soluble adhesive on a first major surface having an adhesive strength sufficient to hold the packaging units together where the adhesive strength is equal to or greater than the cohesive strength of the packaging unit surfaces; a non-adhesive second major surface disposed on a side opposite side the first major surface; and a sensor device to detect exposure of a shipment to extreme temperatures, radiation, or moisture. a first unitized cube of four boxes (20, 22) in stacked side-by-side alignment forming an intersection at the abutting four corners of the four boxes (20, 22); characterized in that a first adhesive patch is located on the proximal side of the intersection of the four corners, a second adhesive patch is located on the distal side of the intersection of the four corners, wherein the adhesive patches comprise a non-water soluble adhesive on a first major surface having an adhesive strength sufficient to hold the packaging units together where the adhesive strength is equal to or greater than the cohesive strength of the packaging unit surfaces; a non-adhesive second major surface disposed on a side opposite side the first major surface; and a sensor device to detect exposure of a shipment to extreme temperatures, radiation, or moisture.
A system, comprising: a camera configured to scan a surrounding of the system and identify a projection surface based on a set of criteria to be met by the projection surface for it to qualify as a projection surface, said set including at least one criterion; a projector unit attachable to the camera and configured to project an image to a projection surface; and a computing unit communicatively connected to the projector unit and the camera; wherein the computing unit is configured to communicate the identification of the projection surface to a user, and request confirmation from the user before proceeding with the projection of the image; wherein the camera is configured to, if the user rejects the identified projection surface, rescan the surrounding of the system and identify another projection surface based on a different set of criteria; wherein the projector unit is configured to receive, from the computing unit, the image and instructions to project the image onto said other projection surface, and wherein the camera is configured to capture input and provide the input to the computing unit, which is configured to update the image based on the input. a camera configured to scan a surrounding of the system and identify a projection surface based on a set of criteria to be met by the projection surface for it to qualify as a projection surface, said set including at least one criterion; a projector unit attachable to the camera and configured to project an image to a projection surface; and a computing unit communicatively connected to the projector unit and the camera; wherein the computing unit is configured to communicate the identification of the projection surface to a user, and request confirmation from the user before proceeding with the projection of the image; wherein the camera is configured to, if the user rejects the identified projection surface, rescan the surrounding of the system and identify another projection surface based on a different set of criteria; wherein the projector unit is configured to receive, from the computing unit, the image and instructions to project the image onto said other projection surface, and wherein the camera is configured to capture input and provide the input to the computing unit, which is configured to update the image based on the input.
A fitting assembly comprising: one or more fluidic seal assemblies, wherein each fluidic seal assembly comprises: a fitting comprising an inside fitting wall that defines a fitting bore, a ferrule comprising an inside ferrule wall that defines a ferrule bore, and the ferrule is disposed in the fitting bore; a tube comprising first and second tube ends, and one of the tube ends is disposed in the ferrule bore; wherein the ferrule is in compressive contact between the inside fitting wall and the tube so as to form a seal; a holder comprising a cavity wall defining a cavity where the tube passes through the cavity; wherein each of the fluidic seal assemblies is held by the holder, characterized in that each of the fittings comprises first and second fitting ends and outside fitting wall between the first and second fitting ends; in that the fitting further comprises a protrusion at the first fitting end, and the protrusion defines a protrusion flow path, and in that each of the fluidic seal assemblies further comprises a compliant seal material around the protrusion. one or more fluidic seal assemblies, wherein each fluidic seal assembly comprises: a fitting comprising an inside fitting wall that defines a fitting bore, a ferrule comprising an inside ferrule wall that defines a ferrule bore, and the ferrule is disposed in the fitting bore; a tube comprising first and second tube ends, and one of the tube ends is disposed in the ferrule bore; wherein the ferrule is in compressive contact between the inside fitting wall and the tube so as to form a seal; a fitting comprising an inside fitting wall that defines a fitting bore, a ferrule comprising an inside ferrule wall that defines a ferrule bore, and the ferrule is disposed in the fitting bore; a tube comprising first and second tube ends, and one of the tube ends is disposed in the ferrule bore; wherein the ferrule is in compressive contact between the inside fitting wall and the tube so as to form a seal; a holder comprising a cavity wall defining a cavity where the tube passes through the cavity; wherein each of the fluidic seal assemblies is held by the holder, characterized in that each of the fittings comprises first and second fitting ends and outside fitting wall between the first and second fitting ends; in that the fitting further comprises a protrusion at the first fitting end, and the protrusion defines a protrusion flow path, and in that each of the fluidic seal assemblies further comprises a compliant seal material around the protrusion.
A method implemented by one or more computing devices, comprising: receiving, from a mobile computing device associated with a mobile vehicle (305, 425), a selection of a media content item; determining a plurality of routes to navigate the mobile vehicle (305, 425) from a start point to an end point; characterized by determining, for each route of the plurality of routes and calculated based on at least a number of content access points (310, 315) along that route, a quality level at which the media content item is able to be provided to the mobile computing device as the mobile vehicle (305, 425) traverses that route, wherein a first quality level of a first route is different from a second quality level of a second route of the plurality of routes; causing, at the mobile computing device, display of: the first route along with the first quality level; and the second route along with the second quality level; receiving a selection of a particular route of the plurality of routes; dividing the media content item into a plurality of segments; and sending each segment to a respective planned content access point of a plurality of planned content access points (310, 315) along the particular route. receiving, from a mobile computing device associated with a mobile vehicle (305, 425), a selection of a media content item; determining a plurality of routes to navigate the mobile vehicle (305, 425) from a start point to an end point; characterized by determining, for each route of the plurality of routes and calculated based on at least a number of content access points (310, 315) along that route, a quality level at which the media content item is able to be provided to the mobile computing device as the mobile vehicle (305, 425) traverses that route, wherein a first quality level of a first route is different from a second quality level of a second route of the plurality of routes; causing, at the mobile computing device, display of: the first route along with the first quality level; and the second route along with the second quality level; the first route along with the first quality level; and the second route along with the second quality level; receiving a selection of a particular route of the plurality of routes; dividing the media content item into a plurality of segments; and sending each segment to a respective planned content access point of a plurality of planned content access points (310, 315) along the particular route.
A method for providing oxygen rich gas for blood oxygenation not performed on a living human or animal body, said method comprising: selectively operating an oxygen concentrator from battery power or from an external power source; delivering oxygen from the oxygen concentrator without scrubbing to a blood oxygenator when the oxygen concentrator is operating from the external power source; combining oxygen from the oxygen concentrator with a carbon dioxide- scrubbed oxygen gas stream and delivering the combined gas stream to the blood oxygenator when the oxygen concentrator is operating from the battery; and producing the carbon dioxide-scrubbed gas stream by scrubbing carbon dioxide from a carbon dioxide elevated gas stream received from the blood oxygenator. selectively operating an oxygen concentrator from battery power or from an external power source; delivering oxygen from the oxygen concentrator without scrubbing to a blood oxygenator when the oxygen concentrator is operating from the external power source; combining oxygen from the oxygen concentrator with a carbon dioxide- scrubbed oxygen gas stream and delivering the combined gas stream to the blood oxygenator when the oxygen concentrator is operating from the battery; and producing the carbon dioxide-scrubbed gas stream by scrubbing carbon dioxide from a carbon dioxide elevated gas stream received from the blood oxygenator.
Method for subsequently machining grooves, especially fir-tree grooves, which are provided for accommodating blades, on a rotor (10, 24) of a turbine, especially a low-pressure steam turbine, in which method in the grooves, or fir-tree grooves, material is removed by means of a program-controlled milling device (17, 20; 27), wherein the milling device (17, 20; 27) is inserted into the groove, or fir-tree groove, with a milling tool which by a milling tool positioning device, which is freely movable in space, is guided along the places in the groove, or fir-tree groove, which are to be machined, characterized in that the grooves, or fir-tree grooves, are first inspected for the presence of cracks, in that the grooves, or fir-tree grooves, which are flawed with cracks are run over with a probe, in that a milling tool which is matched to the crack shape is selected in each case, in that the depth of the region which is to be cut out for removal of the crack is determined, and in that the region which includes the crack is milled down to the predetermined depth with the selected milling tool in accordance with the scanned groove contour.
A method of butt welding steel plates, the method comprising: butting two steel plates together, to form a Y groove having an opening portion in an upper part and a root face portion in a lower part; and joining the two steel plates at the opening portion of the Y groove by submerged arc welding, to form submerged arc weld metal whose Ti content is 0.030 mass% to 0.100 mass%, B content is 0.0030 mass% to 0.0080 mass%, and [%A1]/[%O] is in a range of 0.5 to 1.2 where [%A1] is Al content in mass% and [%O] is O content in mass%; and characterized by further comprising joining the two steel plates at the root face portion of the Y groove by laser welding, to form laser weld metal so that the laser weld metal enters into the submerged arc weld metal. butting two steel plates together, to form a Y groove having an opening portion in an upper part and a root face portion in a lower part; and joining the two steel plates at the opening portion of the Y groove by submerged arc welding, to form submerged arc weld metal whose Ti content is 0.030 mass% to 0.100 mass%, B content is 0.0030 mass% to 0.0080 mass%, and [%A1]/[%O] is in a range of 0.5 to 1.2 where [%A1] is Al content in mass% and [%O] is O content in mass%; and characterized by further comprising joining the two steel plates at the root face portion of the Y groove by laser welding, to form laser weld metal so that the laser weld metal enters into the submerged arc weld metal.
Light guiding block consisting of a plurality of light guiding rods embedded in a curable filler material, wherein to produce the light guiding block (1, 2), the curable filler material is placed in an at least half-open trough, wherein the trough consists of a base wall and peripheral walls, characterised in that the light guiding rods are moulded as plastic injection-moulded parts or plastic moulded parts onto surfaces of the trough consisting at least partly or in sections of a light guiding plastic.
A method for producing hollow articles in response to the blow molding process with reduced cycle time and by using a nucleation agent, which foams a thermoplastic plastic with homogenously distributed gas bubbles prior to the blow forming, wherein the method has the following method steps: - providing the nucleation agent, which has substances, which emit gas bubbles when a decomposition temperature is exceeded; - exceeding the decomposition temperature of the nucleation agent when heating a mixture of thermoplastic plastic and nucleation agent; characterized in that a supercritical fluid state of the resulting gas bubbles is maintained by means of supercritical pressure values, which are elevated as compared to ambient pressure values, while continuing heating of the mixture, and a blow molding into a hollow article is carried out in a blow molding device at the supercritical pressure values of the thermoplastic plastic, which has been foamed with homogenously distributed gas bubbles, at an ambient temperature of the thermoplastic plastic, which is reduced to below a plastic-specified softening or melting temperature of the thermoplastic plastic. - providing the nucleation agent, which has substances, which emit gas bubbles when a decomposition temperature is exceeded; - exceeding the decomposition temperature of the nucleation agent when heating a mixture of thermoplastic plastic and nucleation agent;
A detection device comprising: n number of sensors (30 to 39) arrayed in a direction, in which n is an integer of 3 or more and from which n-1 pairs of adjacent sensors are formed; and a processor which determines one specified position in the direction based on output values of the n number of sensors (30 to 39), wherein the processor calculates n-1 sets of difference values each of which is a difference between two output values corresponding to each of the n-1 pairs of sensors, and determines the one specified position based on the n-1 sets of difference values and correlation positions corresponding to the n-1 sets of difference values and indicating positions correlated with array positions of each pair of sensors (30 to 39) characterized by a mouthpiece to be held in mouth of an instrument player, wherein a plurality of sensors (20, 30 to 40) are arrayed from one end side toward an other end side of a reed section of the mouthpiece and each detect a contact status of a lip, and wherein the processor calculates the n-1 sets of difference values with the n number of sensors (30 to 39) selected from the plurality of sensors (20, 30 to 40) as targets. n number of sensors (30 to 39) arrayed in a direction, in which n is an integer of 3 or more and from which n-1 pairs of adjacent sensors are formed; and a processor which determines one specified position in the direction based on output values of the n number of sensors (30 to 39), wherein the processor calculates n-1 sets of difference values each of which is a difference between two output values corresponding to each of the n-1 pairs of sensors, and determines the one specified position based on the n-1 sets of difference values and correlation positions corresponding to the n-1 sets of difference values and indicating positions correlated with array positions of each pair of sensors (30 to 39) characterized by a mouthpiece to be held in mouth of an instrument player, wherein a plurality of sensors (20, 30 to 40) are arrayed from one end side toward an other end side of a reed section of the mouthpiece and each detect a contact status of a lip, and wherein the processor calculates the n-1 sets of difference values with the n number of sensors (30 to 39) selected from the plurality of sensors (20, 30 to 40) as targets.
A computer implemented method of identifying an encryption private key, the method implemented by a node in a plurality of nodes, the method comprising: Instantiating an event chain with a first block, wherein the first block is timestamped with an instantation time; monitoring for an event associated with a monitoring request; signal to other nodes in a plurality of nodes based on the monitoring by providing a commitment to a plurality of nodes in the plurality of nodes, wherein based on the occurrence of the event, the commitment comprises either a dummy signal or an encryption private key share, wherein the commitment is provided to the other nodes in the plurality of nodes and wherein when the event has not occurred the dummy signal is provided and in response to detecting the predetermined event, providing the encryption private key share, wherein the commitment is provided in a block on the event chain; monitoring for commitments from the other nodes in the plurality of nodes, wherein each commitment comprises a dummy signal or an encryption key share; analysing the commitments received from the other nodes to determine the presence of an encryption private key share; identifying the encryption private key based on the analysis of the commitments, wherein the encryption private key is reconstructed based on the encryption private key shares received from the other nodes. Instantiating an event chain with a first block, wherein the first block is timestamped with an instantation time; monitoring for an event associated with a monitoring request; signal to other nodes in a plurality of nodes based on the monitoring by providing a commitment to a plurality of nodes in the plurality of nodes, wherein based on the occurrence of the event, the commitment comprises either a dummy signal or an encryption private key share, wherein the commitment is provided to the other nodes in the plurality of nodes and wherein when the event has not occurred the dummy signal is provided and in response to detecting the predetermined event, providing the encryption private key share, wherein the commitment is provided in a block on the event chain; monitoring for commitments from the other nodes in the plurality of nodes, wherein each commitment comprises a dummy signal or an encryption key share; analysing the commitments received from the other nodes to determine the presence of an encryption private key share; identifying the encryption private key based on the analysis of the commitments, wherein the encryption private key is reconstructed based on the encryption private key shares received from the other nodes.
A system for treatment of edema, comprising: a pump configured to be implanted in a body of a patient; an inflow tube fluidically coupled to an inflow port of the pump and configured to be implanted into the body of the patient so as to bring the inflow port into fluid communication with a lymphatic vessel of the patient; an outflow tube fluidically coupled to an outflow port of the pump and configured to be implanted into the body of the patient so as to bring the outflow port into fluid communication with a vein in the body of the patient such that the pump is operative to pump fluid from the lymphatic vessel to the vein; a controller configured to actuate the pump; and a pressure sensor on an outside of the inflow tube or the outflow tube, characterized in that the controller is configured to actuate the pump in response to a pressure measured by the pressure sensor exceeding a predefined threshold that is indicative of edema developing in the subject. a pump configured to be implanted in a body of a patient; an inflow tube fluidically coupled to an inflow port of the pump and configured to be implanted into the body of the patient so as to bring the inflow port into fluid communication with a lymphatic vessel of the patient; an outflow tube fluidically coupled to an outflow port of the pump and configured to be implanted into the body of the patient so as to bring the outflow port into fluid communication with a vein in the body of the patient such that the pump is operative to pump fluid from the lymphatic vessel to the vein; a controller configured to actuate the pump; and a pressure sensor on an outside of the inflow tube or the outflow tube, characterized in that the controller is configured to actuate the pump in response to a pressure measured by the pressure sensor exceeding a predefined threshold that is indicative of edema developing in the subject.