mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising at least one volume surrounded by a wall provided with a thermal barrier which surrounds said volume , the thermal barrier being suitable for helping to maintain, within said volume , a temperature within a predetermined range while the barrier is disposed in an external environment subjected to a non-constant temperature, the barrier comprising the following from inside, where said volume is located, toward outside where said external environment is located: -- a first element containing at least one phase change material that stores or releases thermal energy through a change of state and having a first state change temperature (Tf), then, -- a second element containing at least one phase change material that stores or releases thermal energy through a change of state and having a second state change temperature (Tc), the second state change temperature being different from the first state change temperature, the assembly being characterized in that it further comprises : -- a third, thermally insulating, element disposed between said first and second elements containing a phase change material, or outside said second element , and - means (20, 22; 24; 26) for temporarily supplying in said internal volume a thermal energy, in a heat exchange relationship with said first element containing at least one phase change material, to thus promote a phase change of said phase change material of the first element . -- a first element containing at least one phase change material that stores or releases thermal energy through a change of state and having a first state change temperature (Tf), then, -- a second element containing at least one phase change material that stores or releases thermal energy through a change of state and having a second state change temperature (Tc), the second state change temperature being different from the first state change temperature, -- a third, thermally insulating, element disposed between said first and second elements containing a phase change material, or outside said second element , and - means (20, 22; 24; 26) for temporarily supplying in said internal volume a thermal energy, in a heat exchange relationship with said first element containing at least one phase change material, to thus promote a phase change of said phase change material of the first element . - means (20, 22; 24; 26) for temporarily supplying in said internal volume a thermal energy, in a heat exchange relationship with said first element containing at least one phase change material, to thus promote a phase change of said phase change material of the first element .
A cartridge for an electronic vaping device , the cartridge comprising: a heater assembly comprising, a chimney cage extending longitudinally; a heater extending longitudinally within the chimney cage ; a heater gauze positioned about an outer circumference of the heater , the chimney cage positioned about an outer circumference of the heater gauze ; and a cathode clip electrically connected to a first end portion of the heater ; and a reservoir configured to contain a pre-vapor formulation, the reservoir comprising, at least one layer of gauze circumscribing the chimney cage ; and a housing , the reservoir being positioned between the heater assembly and an inner surface of the housing . a heater assembly comprising, a chimney cage extending longitudinally; a heater extending longitudinally within the chimney cage ; a heater gauze positioned about an outer circumference of the heater , the chimney cage positioned about an outer circumference of the heater gauze ; and a cathode clip electrically connected to a first end portion of the heater ; and a chimney cage extending longitudinally; a heater extending longitudinally within the chimney cage ; a heater gauze positioned about an outer circumference of the heater , the chimney cage positioned about an outer circumference of the heater gauze ; and a cathode clip electrically connected to a first end portion of the heater ; and a reservoir configured to contain a pre-vapor formulation, the reservoir comprising, at least one layer of gauze circumscribing the chimney cage ; and a housing , the reservoir being positioned between the heater assembly and an inner surface of the housing .
A computer-implemented method of identifying objects of a transparent or translucent specimen container containing a biological liquid, comprising: capturing one or more images of the specimen container , the one or more images including one or more objects of the specimen container , the capturing generating pixel data for a plurality of pixels; identifying in said one or more images one or more selected objects from the one or more objects using one or more neural networks, wherein identifying one or more selected objects is performed, at least in part, by at least one of a segmentation neural network and a classification network executed on a computer ; generating a class activation map and overlaying the class activation map over the image of the specimen container; and displaying to a user, on a display , an image of the specimen container overlaid with the class activation map such as to highlight to said user one or more locations of pixels that were used by the one or more neural networks to identify the one or more selected objects, in order to enable said user to visually ascertain whether the neural networks analyzed a correct portion of said at least one image of the specimen container when identifying the one or more selected objects. capturing one or more images of the specimen container , the one or more images including one or more objects of the specimen container , the capturing generating pixel data for a plurality of pixels; identifying in said one or more images one or more selected objects from the one or more objects using one or more neural networks, wherein identifying one or more selected objects is performed, at least in part, by at least one of a segmentation neural network and a classification network executed on a computer ; generating a class activation map and overlaying the class activation map over the image of the specimen container; and displaying to a user, on a display , an image of the specimen container overlaid with the class activation map such as to highlight to said user one or more locations of pixels that were used by the one or more neural networks to identify the one or more selected objects, in order to enable said user to visually ascertain whether the neural networks analyzed a correct portion of said at least one image of the specimen container when identifying the one or more selected objects.
A sliding system for a leaf intended to slide in a substantially vertical plane in order to open or close an opening delimited by a frame, said system comprising at least a sliding carriage being fixed under the leaf and a guiding rail for said carriage being provided at a lower part of the frame, said carriage including a bearing cage containing bearing elements under the form of balls or rollers, said carriage cage comprising in its upper part at least a longitudinal housing which contains said bearing elements and in its lower part at least a longitudinal circulating channel opened on its base, retaining said bearing elements, said housing and said channel being arranged so that they communicate between each other via hollow and curved sections accommodating bearing elements, defining recirculating sections, intended to the guidance of the bearing elements between said housing and said channel so that said bearing elements can circulate in loop between said housing and said channel during the translation movement of the carriage on the rail, said carriage being on the rail without surrounding said rail, characterized in that said carriage cage comprises a longitudinal central body which includes in its upper part two of said longitudinal housings , and provided substantially symmetrically relatively to the central longitudinal vertical plane of the cage and in its lower part two of said longitudinal circulating channels , opened on their base, and provided substantially symmetrically relatively to said central longitudinal vertical plane of the cage, and in that said cage comprises two extreme recirculating parts respectively joined tip to tip with said central body , said parts including each one two recirculating sections provided facing each other on one part and the other of said central longitudinal vertical plane of the cage, the recirculating sections on the same longitudinal side of the recirculating parts respectively connecting an end of said housing and of said channel of said same side, and in that said cage is inserted into one support to be fixed to the leaf, said support comprising two hollow support parts provided respectively engaged on said recirculating parts of the cage so that the cage is retained between these two support parts, and in that said support parts and said recirculating parts are provided with respective contacting surfaces which, for the ones, are sloping (210; 220) and, for the others, convex so that these said sloping and convex surfaces cooperate therebetween to allow a rocking movement of the carriage when it slides resting on the rail.
Rotor mast having a power transmission device for a rotary-wing aircraft, wherein the rotor mast is mounted rotatably via a lower and an upper rolling bearing , and the power transmission device comprises a spacer tube arranged between the lower and upper rolling bearing, wherein the spacer tube has a first and a second length portion , wherein the second length portion has higher flexural elasticity than the first length portion , characterized in that the first length portion has a radially inwardly directed protrusion which, for axially supporting the spacer tube on the rotor mast , reaches into a corresponding recess of the rotor mast in such a manner that, when rotor forces are introduced, the second length portion is axially relieved of load and a spacer element , in particular a spacer disc, is provided which is arranged axially between the protrusion of the spacer tube and the recess of the rotor mast .
A lubricating oil composition for lubricating both the engine crankcase and clutch assembly of a four-cycle motorcycle engine, the lubricating oil composition comprising a major amount of oil of lubricating viscosity and minor amounts of: (A) an oil soluble molybdenum compound which is a molybdenum dithiocarbamate present in an amount providing the lubricating oil composition with at least 50 and no more than 500 ppm by mass of molybdenum as measured by ASTM D5185, based on the total mass of the lubricating oil composition; (B) an ashless organic friction modifier present in an amount not exceeding 2 mass %, based on the total mass of the lubricating oil composition, the ashless friction modifier (B) comprising at least one of (a) a nitrogen-free organic friction modifier comprising an ester formed by reacting carboxylic acids and anhydrides with alkanols, (b) an aminic or amine-based friction modifiers comprising alkoxylated mono- and di-amines, (c) an ester formed as the reaction product of (i) a tertiary amine of the formula R 1 R 2 R 3 N wherein R 1 , R 2 and R 3 represent aliphatic hydrocarbyl groups having 1 to 6 carbon atoms, at least one of R 1 , R 2 and R 3 having a hydroxyl group, with (ii) a saturated or unsaturated fatty acid having 10 to 30 carbon atoms, or a mixture thereof; and, (C) a viscosity modifier, which viscosity modifier comprises a major amount of a star polymer viscosity modifier; and wherein the lubricating oil composition exhibits a JASO clutch friction of at least MA1 when measured according to the JASO T 903:2016 clutch friction test.
A method for establishing a path, comprising: determining (S101a), by a first node (A), a spectrum bandwidth requested for a path, and an available center frequency set of a first link (A-B) according to the spectrum bandwidth, wherein the first link (A-B) is a link between the first node (A) and a neighboring downstream node (B), wherein the path comprises the first node (A), the neighboring downstream node (B) and a second node (C); sending (S102a), by the first node (A), a request message carrying first available center frequency set information corresponding to the first available center frequency set, and spectrum bandwidth information corresponding to the spectrum bandwidth to the neighboring downstream node (B); and receiving (SI03a), by the first node (A), a response message from the neighboring downstream node (B), obtaining selected center frequency of the path from the response message and establishing a connection on the first node based on a spectrum range determined by the selected center frequency and the spectrum bandwidth; wherein the selected center frequency is an available center frequency selected by the second node (C) from an intersected result, the intersected result is acquired by the neighboring downstream node (B) by intersecting the first available center frequency set and an available center frequency set of a link (B-C) between the neighboring downstream node (B) and the second node (C). determining (S101a), by a first node (A), a spectrum bandwidth requested for a path, and an available center frequency set of a first link (A-B) according to the spectrum bandwidth, wherein the first link (A-B) is a link between the first node (A) and a neighboring downstream node (B), wherein the path comprises the first node (A), the neighboring downstream node (B) and a second node (C); sending (S102a), by the first node (A), a request message carrying first available center frequency set information corresponding to the first available center frequency set, and spectrum bandwidth information corresponding to the spectrum bandwidth to the neighboring downstream node (B); and receiving (SI03a), by the first node (A), a response message from the neighboring downstream node (B), obtaining selected center frequency of the path from the response message and establishing a connection on the first node based on a spectrum range determined by the selected center frequency and the spectrum bandwidth; wherein the selected center frequency is an available center frequency selected by the second node (C) from an intersected result, the intersected result is acquired by the neighboring downstream node (B) by intersecting the first available center frequency set and an available center frequency set of a link (B-C) between the neighboring downstream node (B) and the second node (C).
A server for sharing image settings between external ultrasound consoles, comprising: a processor in communication with a memory, wherein the processor is configured for communication with and remote from a first ultrasound imaging console and a second ultrasound imaging console, wherein the processor is configured to receive, from the first ultrasound imaging console , an upload request for a custom image setting; receive, from the first ultrasound imaging console, the custom image setting; store the custom image setting in the memory; output, to the second ultrasound imaging console, data representative of the custom image setting; receive, from the second ultrasound imaging console, a request for the custom image setting; retrieve, from the memory, the custom image setting in response to the request; and output, to the second ultrasound imaging console, the custom image setting such that the second ultrasound imaging console is configured to generate a first ultrasound image with the custom image setting. a processor in communication with a memory, wherein the processor is configured for communication with and remote from a first ultrasound imaging console and a second ultrasound imaging console, wherein the processor is configured to receive, from the first ultrasound imaging console , an upload request for a custom image setting; receive, from the first ultrasound imaging console, the custom image setting; store the custom image setting in the memory; output, to the second ultrasound imaging console, data representative of the custom image setting; receive, from the second ultrasound imaging console, a request for the custom image setting; retrieve, from the memory, the custom image setting in response to the request; and output, to the second ultrasound imaging console, the custom image setting such that the second ultrasound imaging console is configured to generate a first ultrasound image with the custom image setting. receive, from the first ultrasound imaging console , an upload request for a custom image setting; receive, from the first ultrasound imaging console, the custom image setting; store the custom image setting in the memory; output, to the second ultrasound imaging console, data representative of the custom image setting; receive, from the second ultrasound imaging console, a request for the custom image setting; retrieve, from the memory, the custom image setting in response to the request; and output, to the second ultrasound imaging console, the custom image setting such that the second ultrasound imaging console is configured to generate a first ultrasound image with the custom image setting.
An antibody that specifically binds Metalloproteinase inhibitor 2 (TIMP-2) for use in treating acute kidney injury (AKI) in a subject having or identified as being at increased risk of said acute kidney injury.
A mold for producing a foam cladding made of plastic on a planar component or for producing a foamed plastic part , comprising a mixing head for producing liquid plastic from at least two components, at least one first cavity for receiving the plastic in order to form the foam cladding or to produce the foamed plastic part , a sprue channel for connecting the mixing head to the at least one first cavity , and a further cavity , which is formed at the transition of the sprue channel to the first cavity and widens the sprue channel , wherein a sprue cutter having at least one slide is movably mounted on the mold , which slide can be moved by means of at least one actuating cylinder in the direction of the sprue channel toward the first cavity and, in an end position of the movement of the slide , closes off the first cavity from the sprue channel and/or from the further cavity by means of at least one edge and/or contour , wherein when the slide is in its end position, a gap for receiving superfluous plastic material is unblocked between the slide and the mixing head in the vicinity of the sprue channel .
A process for imparting coloration to a glass container that includes: (a) providing a glass container having a strikable glass container composition; (b) introducing said glass container into an environment having a substantially uniform temperature; and (c) locally heating or cooling a portion of said glass container by directing a gaseous flow at said portion of said glass container to affect a color change or to prevent a color change from occurring in said portion of said glass container. (a) providing a glass container having a strikable glass container composition; (b) introducing said glass container into an environment having a substantially uniform temperature; and (c) locally heating or cooling a portion of said glass container by directing a gaseous flow at said portion of said glass container to affect a color change or to prevent a color change from occurring in said portion of said glass container.
An optical head for a spectroscopic device, comprising: a light source configured to produce a beam of light; a reference signal detector ; a signal detector ; a mullti-sectioned window ; a mirror positioned to reflect the beam of light from the light source toward the multi-sectioned window; the multi-sectioned window having a top side and a bottom side , wherein the bottom side includes an AR coating and the top side has a first section including an AR coating and a second section including a beam splitter with transmittance and reflectance: a first beam path for the beam of light defined by the mirror, the second section of the top side of the multi-sectioned window, and the reference signal detector; and a second beam path for the beam of light defined by the mirror, the second section of the top side of the multi-sectioned window, a medium contained in the spectroscopic device, an additional mirror reflecting the second beam path back through the medium, the first section of the multi-sectioned window, and the signal detector. a light source configured to produce a beam of light; a reference signal detector ; a signal detector ; a mullti-sectioned window ; a mirror positioned to reflect the beam of light from the light source toward the multi-sectioned window; the multi-sectioned window having a top side and a bottom side , wherein the bottom side includes an AR coating and the top side has a first section including an AR coating and a second section including a beam splitter with transmittance and reflectance: a first beam path for the beam of light defined by the mirror, the second section of the top side of the multi-sectioned window, and the reference signal detector; and a second beam path for the beam of light defined by the mirror, the second section of the top side of the multi-sectioned window, a medium contained in the spectroscopic device, an additional mirror reflecting the second beam path back through the medium, the first section of the multi-sectioned window, and the signal detector. a first beam path for the beam of light defined by the mirror, the second section of the top side of the multi-sectioned window, and the reference signal detector; and a second beam path for the beam of light defined by the mirror, the second section of the top side of the multi-sectioned window, a medium contained in the spectroscopic device, an additional mirror reflecting the second beam path back through the medium, the first section of the multi-sectioned window, and the signal detector.
An optical power supply system comprising: a power sourcing equipment, PSE, device including a PSE semiconductor laser configured to output feed light ; and a powered device comprising a photoelectric conversion element that is adapted to convert the feed light into electric power, the photoelectric conversion element including a semiconductor region exhibiting a light-electricity conversion effect, and a semiconductor material of the semiconductor region being a medium having a wavelength of 500 nm or less, wherein the feed light is adapted to be input to the powered device , and wherein the semiconductor material is the medium having a band gap of 2.4 eV or greater. a power sourcing equipment, PSE, device including a PSE semiconductor laser configured to output feed light ; and a powered device comprising a photoelectric conversion element that is adapted to convert the feed light into electric power, the photoelectric conversion element including a semiconductor region exhibiting a light-electricity conversion effect, and a semiconductor material of the semiconductor region being a medium having a wavelength of 500 nm or less, wherein the feed light is adapted to be input to the powered device , and wherein the semiconductor material is the medium having a band gap of 2.4 eV or greater.