mhurhangee/ep-ind-claims huggingface dataset:
A tracheostomy tube device comprising: a hollow tube having a proximal end portion, a distal end portion, and a bend region intermediate of the end portions, wherein the distal end portion is arranged for insertion through a patient's throat and tracheal stoma and into the tracheal lumen such that the distal end portion of the tube extends in a first direction within the tracheal lumen when the proximal end portion extends in a second direction through the tracheal stoma, the proximal end portion defining a proximal plane of the device; an inflatable balloon enveloping the tube, the balloon having a distal balloon portion substantially centered about and attached to the distal end portion of the tube and a proximal balloon portion substantially off-center about and attached to the bend region of the tube; wherein the device further defines a reference line running parallel and tangent to an upper surface of the inflatable balloon while inflated, and the proximal plane of the device is the plane that is perpendicular to the reference line and which passes through a point where the reference line intersects the most proximal portion of the tube; and characterized in that the proximal balloon portion is positioned below the proximal plane of the device, which upon inflation provides for expansion of the balloon around the distal end portion of the tube and the proximal end portion of the tube below the proximal plane of the device to seal the trachea below the tracheal stoma without sealing the tracheal stoma; means for inflating and deflating the balloon. a hollow tube having a proximal end portion, a distal end portion, and a bend region intermediate of the end portions, wherein the distal end portion is arranged for insertion through a patient's throat and tracheal stoma and into the tracheal lumen such that the distal end portion of the tube extends in a first direction within the tracheal lumen when the proximal end portion extends in a second direction through the tracheal stoma, the proximal end portion defining a proximal plane of the device; an inflatable balloon enveloping the tube, the balloon having a distal balloon portion substantially centered about and attached to the distal end portion of the tube and a proximal balloon portion substantially off-center about and attached to the bend region of the tube; wherein the device further defines a reference line running parallel and tangent to an upper surface of the inflatable balloon while inflated, and the proximal plane of the device is the plane that is perpendicular to the reference line and which passes through a point where the reference line intersects the most proximal portion of the tube; and characterized in that the proximal balloon portion is positioned below the proximal plane of the device, which upon inflation provides for expansion of the balloon around the distal end portion of the tube and the proximal end portion of the tube below the proximal plane of the device to seal the trachea below the tracheal stoma without sealing the tracheal stoma; means for inflating and deflating the balloon.
A method comprising: receiving image data associated with a plume of gas, the image data including a plurality of image frames; determining plume analysis data using the received image data and a first predictive model trained to receive image data and, in response to the receiving, generate plume analysis data associated with the plume of gas, the plume analysis data including a plume prediction segmentation mask associated with the plume of gas and predicted in relation to a sequence of image frames included in the image data; determining, for the plume of gas, at least one of a leak size estimation, a leak source estimation, and a volumetric leak rate estimation; providing the leak size estimation, the leak source estimation, the volumetric leak rate estimation, and the plume analysis data, wherein the plume analysis data is provided as an overlay atop the image data; and transmitting the plume analysis data overlaid atop the image data, wherein at least one of the receiving, the determining, the providing, and the transmitting is performed by at least one data processor forming part of at least one computing system; characterized in that the plume prediction segmentation mask includes a pixel-wise segmentation delineating a boundary of the plume of gas predicted via the first predictive model that is overlaid atop a pixel-wise depiction of a ground-truth segmentation mask including annotation data associated with the sequence of image-frames and provided by a user training the first predictive model. receiving image data associated with a plume of gas, the image data including a plurality of image frames; determining plume analysis data using the received image data and a first predictive model trained to receive image data and, in response to the receiving, generate plume analysis data associated with the plume of gas, the plume analysis data including a plume prediction segmentation mask associated with the plume of gas and predicted in relation to a sequence of image frames included in the image data; determining, for the plume of gas, at least one of a leak size estimation, a leak source estimation, and a volumetric leak rate estimation; providing the leak size estimation, the leak source estimation, the volumetric leak rate estimation, and the plume analysis data, wherein the plume analysis data is provided as an overlay atop the image data; and transmitting the plume analysis data overlaid atop the image data, wherein at least one of the receiving, the determining, the providing, and the transmitting is performed by at least one data processor forming part of at least one computing system; characterized in that the plume prediction segmentation mask includes a pixel-wise segmentation delineating a boundary of the plume of gas predicted via the first predictive model that is overlaid atop a pixel-wise depiction of a ground-truth segmentation mask including annotation data associated with the sequence of image-frames and provided by a user training the first predictive model.
A method of wireless communication, comprising: identifying, by a user equipment, UE, a pattern, the pattern identifying a battery recovery time period during which a voltage of at least one battery of the UE recovers from a voltage droop, the pattern including a sequence of UE modes having corresponding time periods, and the sequence of UE modes causing different loads on the at least one battery during different time periods; configuring, by the UE, the battery recovery time period based at least in part on the pattern; and communicating, by the UE, with a base station based at least in part on the pattern. identifying, by a user equipment, UE, a pattern, the pattern identifying a battery recovery time period during which a voltage of at least one battery of the UE recovers from a voltage droop, the pattern including a sequence of UE modes having corresponding time periods, and the sequence of UE modes causing different loads on the at least one battery during different time periods; configuring, by the UE, the battery recovery time period based at least in part on the pattern; and communicating, by the UE, with a base station based at least in part on the pattern.
Heat exchanger to transfer the thermal energy of a gas to at least two coils (20, 30) that are flown through by liquid, made from heat-conducting material, which have the same coil distance, wherein the coils (20, 30) are arranged to be able to be flown through radially as well as to overlap coaxially and radially, and the intermediate space between two windings of a coil (20, 30) is covered in the radial direction by at least one other coil (20, 30) characterised in that, the coils (20, 30) are clamped axially by means of at least two walls (1A, 1 B) and at least two bar-shaped spacers keep the axial distance between the walls (1A, 1 B) and the gap (E1, E2) between the coil paths of the coils (20, 30) constant.
A method for delivering an object, in particular a package, into a building having a lift with a lift car and a lift shaft having a plurality of lateral openings, via which cargo can be introduced into the lift car via a first path, the lift car being movable within the lift shaft, characterised in that an object is transported to a transfer region via a second path using a drone, after which the object is removed from the interior of the lift car or from one of the lateral openings.
A method of determining a sequence of a double-stranded nucleic acid sample and a position of at least one modified base in the sequence, comprising: a. locking the forward and reverse strands together to form a circular pair-locked molecule; b. obtaining sequence data of the circular pair-locked molecule via single molecule sequencing, wherein the sequence data comprises sequences of the forward and reverse strands of the circular pair-locked molecule; c. determining the sequence of the double-stranded nucleic acid sample by comparing the sequences of the forward and reverse strands of the circular pair-locked molecule; d. altering the base-pairing specificity of bases of a specific type in the circular pair-locked molecule to produce an altered circular pair-locked molecule; e. obtaining the sequence data of the altered circular pair-locked molecule wherein the sequence data comprises sequences of the altered forward and reverse strands; and f. determining the positions of modified bases in the sequence of the double-stranded nucleic acid sample by comparing the sequences of the altered forward and reverse strands. a. locking the forward and reverse strands together to form a circular pair-locked molecule; b. obtaining sequence data of the circular pair-locked molecule via single molecule sequencing, wherein the sequence data comprises sequences of the forward and reverse strands of the circular pair-locked molecule; c. determining the sequence of the double-stranded nucleic acid sample by comparing the sequences of the forward and reverse strands of the circular pair-locked molecule; d. altering the base-pairing specificity of bases of a specific type in the circular pair-locked molecule to produce an altered circular pair-locked molecule; e. obtaining the sequence data of the altered circular pair-locked molecule wherein the sequence data comprises sequences of the altered forward and reverse strands; and f. determining the positions of modified bases in the sequence of the double-stranded nucleic acid sample by comparing the sequences of the altered forward and reverse strands.
A mounting table for manufacturing a panel assembly for a construction system, wherein the panel assembly includes a plurality of superimposed layers (50, 51, 52...) secured to each other, wherein the mounting table is arranged on the front side of the panel assembly so that the panel assembly can be assembled from the back side of the panel assembly, the mounting table comprising: - a vertically orientated holding structure having a front side and a back side, - a set of suction cups secured to the front side of the holding structure, - means (32, 33) for generating vacuum through from the suction cups, arranged on the back side of the holding structure, the mounting table is arranged so that the first layer of the panel assembly can be secured vertically by its front side of the holding structure by means of the suction cups, while the following layers (51, 52...) can be securely attached to each other, characterized in that the mounting table further comprises - a set of fixed spacers secured to the front side of the holding structure, and arranged between the suction cups, configured to mitigate elastic deflection of the suction cups along the gravity direction due to the weight of the panel assembly. - a vertically orientated holding structure having a front side and a back side, - a set of suction cups secured to the front side of the holding structure, - means (32, 33) for generating vacuum through from the suction cups, arranged on the back side of the holding structure, the mounting table is arranged so that the first layer of the panel assembly can be secured vertically by its front side of the holding structure by means of the suction cups, while the following layers (51, 52...) can be securely attached to each other, characterized in that the mounting table further comprises - a set of fixed spacers secured to the front side of the holding structure, and arranged between the suction cups, configured to mitigate elastic deflection of the suction cups along the gravity direction due to the weight of the panel assembly.
A method of producing a composition comprising C5 and C6 saccharides from a biomass composition comprising cellulose, hemicellulose, and/or lignocellulose, the method comprising: (a) pretreating the biomass composition comprising cellulose, hemicellulose, and/or lignocellulose to produce a pretreated biomass composition comprising solid particles, wherein at least 50% of the solid particles are less than 1.5 mm in one or more size dimensions, and C5 monosaccharides and/or disaccharides in a yield that is at least 50% of a theoretical maximum, wherein pretreating comprises: (i) hydration of the biomass composition in a non-neutral pH aqueous medium comprising one or more acids to produce a hydrated biomass composition, (ii) mechanical size reduction of the hydrated biomass composition to produce the solid particles, and (iii) heating the hydrated biomass composition for a time sufficient to produce the pretreated biomass composition comprising C5 monosaccharides and/or disaccharides in the yield that is at least 50% of the theoretical maximum; and (b) hydrolyzing the pretreated biomass composition with one or more enzymes for a time sufficient to produce the composition comprising C5 and C6 saccharides. (a) pretreating the biomass composition comprising cellulose, hemicellulose, and/or lignocellulose to produce a pretreated biomass composition comprising solid particles, wherein at least 50% of the solid particles are less than 1.5 mm in one or more size dimensions, and C5 monosaccharides and/or disaccharides in a yield that is at least 50% of a theoretical maximum, wherein pretreating comprises: (i) hydration of the biomass composition in a non-neutral pH aqueous medium comprising one or more acids to produce a hydrated biomass composition, (ii) mechanical size reduction of the hydrated biomass composition to produce the solid particles, and (iii) heating the hydrated biomass composition for a time sufficient to produce the pretreated biomass composition comprising C5 monosaccharides and/or disaccharides in the yield that is at least 50% of the theoretical maximum; and (i) hydration of the biomass composition in a non-neutral pH aqueous medium comprising one or more acids to produce a hydrated biomass composition, (ii) mechanical size reduction of the hydrated biomass composition to produce the solid particles, and (iii) heating the hydrated biomass composition for a time sufficient to produce the pretreated biomass composition comprising C5 monosaccharides and/or disaccharides in the yield that is at least 50% of the theoretical maximum; and (b) hydrolyzing the pretreated biomass composition with one or more enzymes for a time sufficient to produce the composition comprising C5 and C6 saccharides.
An information processing device comprising: a processor; and a memory, wherein the memory is configured to store (i) a captured image outputted from a camera included in an unmanned aircraft and (ii) a sound outputted from a directional microphone included in the unmanned aircraft, and store (i) a position and an orientation of the camera and (ii) a position and an orientation of the directional microphone, and the processor is configured to obtain, from the memory, the captured image, the sound, the position and the orientation of the camera, and the position and the orientation of the directional microphone, calculate a sound pickup direction of the directional microphone using the position and the orientation of the camera and the position and the orientation of the directional microphone, superimpose an object indicating the sound pickup direction at a position, on the captured image, corresponding to the sound pickup direction calculated, and cause a display device to display the captured image on which the object is superimposed, characterized in that the processor is configured to further obtain a setting distance corresponding to the quality of sound pickup of the directional microphone, and control a presentation manner of the object indicating the sound pickup direction in accordance with a difference between a measured distance obtained and the setting distance obtained, the measured distance obtained being a distance measured to a subject captured in the captured image. a processor; and a memory, wherein the memory is configured to store (i) a captured image outputted from a camera included in an unmanned aircraft and (ii) a sound outputted from a directional microphone included in the unmanned aircraft, and store (i) a position and an orientation of the camera and (ii) a position and an orientation of the directional microphone, and the processor is configured to obtain, from the memory, the captured image, the sound, the position and the orientation of the camera, and the position and the orientation of the directional microphone, calculate a sound pickup direction of the directional microphone using the position and the orientation of the camera and the position and the orientation of the directional microphone, superimpose an object indicating the sound pickup direction at a position, on the captured image, corresponding to the sound pickup direction calculated, and cause a display device to display the captured image on which the object is superimposed, characterized in that the processor is configured to further obtain a setting distance corresponding to the quality of sound pickup of the directional microphone, and control a presentation manner of the object indicating the sound pickup direction in accordance with a difference between a measured distance obtained and the setting distance obtained, the measured distance obtained being a distance measured to a subject captured in the captured image.
Retaining screw for use in a connector apparatus for the releasable connection of plastic pipelines, having a screw shank, on the front (in the screw-in direction) region of which an external thread section is configured which is adjoined, counter to the screw-in direction, by a seal section with a circumferential seal, and there being an inner through opening which has a front (as viewed in the screw-in direction) guide section and a sealing section which adjoins the said guide section in the screw-in direction, and with a holding element for the pipeline to be connected, which holding element is arranged at the front (in the screw-in direction) end of the through opening, the seal section having a greater external diameter than the external thread section, and an annular sealing element being arranged as circumferential seal in a circumferential groove in the circumferential face of the said seal section, the external diameter of which annular sealing element is greater than the external diameter of the circumferential groove.
Basket for wringing fringes of a mop with flexible absorbent fringes, this basket comprising a cavity for receiving the fringes of the mop, and a main opening allowing passage of the fringes into and out of said reception cavity, and comprising, opposite to the main opening, a protuberance: - towards the main opening, - arranged to guide the fringes towards a lateral peripheral part of the reception cavity extending between the protuberance and the main opening, characterised in that the reception cavity comprises a confinement narrowing delimiting a passage opening opposite to the protuberance, the passage opening having a cross section smaller than a maximum cross section of the reception cavity, said maximum cross section being orthogonal to an axis, referred to as the longitudinal axis, of the reception cavity passing through the main opening and through the protuberance, the confinement and narrowing making it possible to fold down, in the reception cavity, the fringes rising over the lateral part of the reception cavity towards this confinement narrowing so that the fringes of the mop can be confined in the reception cavity. - towards the main opening, - arranged to guide the fringes towards a lateral peripheral part of the reception cavity extending between the protuberance and the main opening,
Method for operating an LED signal emitter for rail or road traffic, in which measurement values of at least one operating parameter of an LED light source of the LED signal emitter are recorded and evaluated, wherein the LED signal emitter is operated such that it is essentially compatible with an incandescent bulb signal emitter and wherein a failure time point of the LED signal emitter which lies in the future is ascertained while taking into consideration the measurement values of the at least one operating parameter and, if the ascertained failure time point lies below a predetermined limit, then this is signalled to a signal box by shifting from main filament operation to auxiliary filament operation. measurement values of at least one operating parameter of an LED light source of the LED signal emitter are recorded and evaluated, wherein the LED signal emitter is operated such that it is essentially compatible with an incandescent bulb signal emitter and wherein a failure time point of the LED signal emitter which lies in the future is ascertained while taking into consideration the measurement values of the at least one operating parameter and, if the ascertained failure time point lies below a predetermined limit, then this is signalled to a signal box by shifting from main filament operation to auxiliary filament operation.
An imaging device (10; 30), comprising: a support body having one end that is supported by a vehicle body side section and another end that extends out toward a vehicle width direction outer side; an attachment body that is integrally formed with the another end side of the support body; an imaging unit that is attached to the attachment body and that is configured to perform imaging; wiring that is connected to the imaging unit; and a housing section, that houses the wiring, that is provided at the support body, characterized in that the housing section does not pass through the attachment body and is open toward an upper side along its entire length in a length direction of the wiring; and a reinforcement rib is integrally provided at a lower wall of the support body and integrally coupled to the peripheral wall of the support body, and is disposed inside a peripheral wall of the support body so as to form the housing section and so as to reinforce the support body. a support body having one end that is supported by a vehicle body side section and another end that extends out toward a vehicle width direction outer side; an attachment body that is integrally formed with the another end side of the support body; an imaging unit that is attached to the attachment body and that is configured to perform imaging; wiring that is connected to the imaging unit; and a housing section, that houses the wiring, that is provided at the support body, characterized in that the housing section does not pass through the attachment body and is open toward an upper side along its entire length in a length direction of the wiring; and a reinforcement rib is integrally provided at a lower wall of the support body and integrally coupled to the peripheral wall of the support body, and is disposed inside a peripheral wall of the support body so as to form the housing section and so as to reinforce the support body.