mhurhangee/patent-ind-claim-en huggingface dataset:
A network node for use as a hub node of a network that further comprises one or more remote nodes, wherein the network node is configured to be coupled to at least first and second connections for communication with one or more remote nodes, the network node comprising: a multiplexing module adapted to multiplex a plurality of separate channel signals into a first aggregated signal in an add direction, and adapted to demultiplex the first aggregated signal into a plurality of separate channel signals in a drop direction; a first band filter adapted to separate the first aggregated signal comprising a plurality of channel signals into a plurality of band signals (408 1 - 408 M ), wherein the multiplexing module and first band filter are coupled by a single connection for carrying the first aggregated signal ; a second band filter and a third band filter adapted to aggregate the plurality of band signals (408 1 - 408 M ) into a second aggregated signal comprising a plurality of channel signals and a third aggregated signal comprising a plurality of channel signals, respectively, wherein the second band filter is coupled to the first connection and the third band filter is coupled to the second connection ; and a switching module adapted to switch on a per-band granularity the plurality of band signals (408 1 - 408 M ) between the first band filter and either the second band filter or the third band filter . a multiplexing module adapted to multiplex a plurality of separate channel signals into a first aggregated signal in an add direction, and adapted to demultiplex the first aggregated signal into a plurality of separate channel signals in a drop direction; a first band filter adapted to separate the first aggregated signal comprising a plurality of channel signals into a plurality of band signals (408 1 - 408 M ), wherein the multiplexing module and first band filter are coupled by a single connection for carrying the first aggregated signal ; a second band filter and a third band filter adapted to aggregate the plurality of band signals (408 1 - 408 M ) into a second aggregated signal comprising a plurality of channel signals and a third aggregated signal comprising a plurality of channel signals, respectively, wherein the second band filter is coupled to the first connection and the third band filter is coupled to the second connection ; and a switching module adapted to switch on a per-band granularity the plurality of band signals (408 1 - 408 M ) between the first band filter and either the second band filter or the third band filter .
Housing assembly for an electronic circuit , having an interior housing and an exterior housing surrounding the interior housing , wherein the interior housing has thermally insulating housing walls and an electrical dehumidifying unit , characterized in that - a moisture buffer is arranged in the interior housing and/or the exterior housing , - the moisture buffer comprises a hygroscopic material, and - the moisture buffer is electrically heatable , in order to transform water bound by the hygroscopic material into the gaseous state of aggregation. - a moisture buffer is arranged in the interior housing and/or the exterior housing , - the moisture buffer comprises a hygroscopic material, and - the moisture buffer is electrically heatable , in order to transform water bound by the hygroscopic material into the gaseous state of aggregation.
Endoscopic biopsy device for collecting multiple tissue samples , wherein the endoscopic biopsy device comprises - a tubular body having in an axial direction a distal end and a proximal end , - jaws that are attached to the distal end of the body , wherein the jaws are moveable with respect to each other between an OPEN position and a CLOSED position to secure a tissue sample , and wherein the jaws in the CLOSED position define a sampling chamber ; - a collecting chamber for receiving multiple tissue samples , the collecting chamber being located within the body in a proximal direction adjacent to the sampling chamber ; - an axially extending collecting member for transfixing secured tissue samples , the collecting member being axially displaceable between a retracted position in the collecting chamber and a deployed position where the collecting member penetrates into the sampling chamber ; characterized in that the jaws comprise retaining elements arranged to project radially inward on a proximal portion of the jaws , wherein the retaining elements engage to separate the sampling chamber and the collecting chamber from each other when the jaws are in the CLOSED position, and wherein the retaining elements disengage to provide a passage for the transfer of transfixed tissue samples into and out of the collecting chamber when the jaws are in the OPEN position. - a tubular body having in an axial direction a distal end and a proximal end , - jaws that are attached to the distal end of the body , wherein the jaws are moveable with respect to each other between an OPEN position and a CLOSED position to secure a tissue sample , and wherein the jaws in the CLOSED position define a sampling chamber ; - a collecting chamber for receiving multiple tissue samples , the collecting chamber being located within the body in a proximal direction adjacent to the sampling chamber ; - an axially extending collecting member for transfixing secured tissue samples , the collecting member being axially displaceable between a retracted position in the collecting chamber and a deployed position where the collecting member penetrates into the sampling chamber ;
A thin film inductor , wherein the thin film inductor comprises a thin film magnetic core and at least one electric conductor , the thin film magnetic core is of a semi-cylindrical structure having openings at two ends, the thin film magnetic core comprises a plurality of layers of magnetic thin films , each layer of magnetic thin film is of a semi-cylindrical structure having openings at two ends, the plurality of layers of magnetic thin films are nested layer upon layer, each two adjacent layers of magnetic thin films are spaced by an insulation layer, and the at least one electric conductor is located in an inner cavity of an innermost layer of magnetic thin film of the plurality of layers of magnetic thin films; the plurality of layers of magnetic thin films comprise at least a first magnetic thin film and a second magnetic thin film that are adjacent, the first magnetic thin film is nested in the second magnetic thin film, and a relative magnetic permeability of the first magnetic thin film is less than a relative magnetic permeability of the second magnetic thin film, and a difference between the relative magnetic permeability of the second magnetic thin film and the relative magnetic permeability of the first magnetic thin film is greater than or equal to a first threshold, wherein when a magnetic flux density of the second magnetic thin film reaches a saturated magnetic flux density of the second magnetic thin film, a magnetic flux density of the first magnetic thin film is less than or equal to a saturated magnetic flux density of the first magnetic thin film; and characterised in that a material of which the first magnetic thin film is made is the same as a material of which the second magnetic thin film is made, a thickness value of the first magnetic thin film is greater than a thickness value of the second magnetic thin film.
A gas generator comprising; a cartridge having a solid reactant and a liquid reactant distributor provided therein; and a liquid reactant supply in fluid communication with the liquid reactant distributor and configured to provide a liquid reactant under pressure to the liquid reactant distributor; wherein the liquid reactant distributor comprises a plurality of closed holes, and wherein the liquid reactant distributor comprises an elastic material configured to allow the plurality of closed holes, which are configured to open at a predetermined fluid pressure of between 2 to 10 bar to disperse the liquid reactant for reaction with the solid reactant in the cartridge. a cartridge having a solid reactant and a liquid reactant distributor provided therein; and a liquid reactant supply in fluid communication with the liquid reactant distributor and configured to provide a liquid reactant under pressure to the liquid reactant distributor; wherein the liquid reactant distributor comprises a plurality of closed holes, and wherein the liquid reactant distributor comprises an elastic material configured to allow the plurality of closed holes, which are configured to open at a predetermined fluid pressure of between 2 to 10 bar to disperse the liquid reactant for reaction with the solid reactant in the cartridge.
A turbine combustor assembly, comprising: a fuel/air mixer assembly comprising a plurality of fuel/air mixer elements (206a-f), each of the fuel/air mixer elements (206a-f) comprising: a fuel/air mixer body having an internal cavity extending axially between an air inlet and an air outlet; and a prefilmer (214a-f, 314a-f) residing within the internal cavity of the fuel/air mixer body , the prefilmer (214a-f, 314a-f) comprising:an axial inner air flow passage extending coaxially with an axial centerline of the internal cavity of the fuel/air mixer body ; and a radial fuel injection port into the air flow passage; wherein the fuel injection port is biased in an offset direction relative to the axial centerline of the prefilmer (214a-f, 314a-f); and a fuel injector coupled to the fuel/air mixer assembly , the fuel injector arranged to direct fuel into the plurality of the fuel/air mixer elements (206a-f) via the fuel injection port of the prefilmer (214a-f, 314a-f) of each fuel/air mixer element (206a-f). a fuel/air mixer assembly comprising a plurality of fuel/air mixer elements (206a-f), each of the fuel/air mixer elements (206a-f) comprising: a fuel/air mixer body having an internal cavity extending axially between an air inlet and an air outlet; and a prefilmer (214a-f, 314a-f) residing within the internal cavity of the fuel/air mixer body , the prefilmer (214a-f, 314a-f) comprising:an axial inner air flow passage extending coaxially with an axial centerline of the internal cavity of the fuel/air mixer body ; and a radial fuel injection port into the air flow passage; wherein the fuel injection port is biased in an offset direction relative to the axial centerline of the prefilmer (214a-f, 314a-f); and a fuel injector coupled to the fuel/air mixer assembly , the fuel injector arranged to direct fuel into the plurality of the fuel/air mixer elements (206a-f) via the fuel injection port of the prefilmer (214a-f, 314a-f) of each fuel/air mixer element (206a-f).
A method for the continuous production of rigid pipes, particularly for building or hydraulic use, comprising in sequence the steps of: - extruding at least one polymeric material to obtain a continuous tubular element with an outer surface and an inner surface ; - cooling the continuous tubular element ; - cutting the cooled continuous tubular element to obtain a plurality of finished rigid pipes ; wherein said step of cooling the continuous tubular element is accomplished by cooling at the same time both the inner surface and the outer surface thereof, so as to obtain the homogeneous cooling of the two surfaces ; wherein the cooling of the inner surface of the continuous tubular element is accomplished by spraying thereon drops of a cooling liquid (L) having an average diameter lower than 250 μm; wherein the quantity of cooling liquid ( L ) is sprayed so as to evaporate once in contact with said inner surface without being accumulated in liquid form inside the continuous tubular element , so that said inner surface is substantially dry upon said cutting of the continuous tubular element without using water suction means therein. - extruding at least one polymeric material to obtain a continuous tubular element with an outer surface and an inner surface ; - cooling the continuous tubular element ; - cutting the cooled continuous tubular element to obtain a plurality of finished rigid pipes ;
A method for prelithiating a soft carbon negative electrode , comprising the steps of: a) disposing the soft carbon negative electrode and a lithium metal piece spaced apart from each other such that a lithium-containing electrolyte is present therebetween; b) prelithiating the soft carbon negative electrode at a first constant C-rate until a voltage of the soft carbon negative electrode is reduced to a first predetermined voltage that is not greater than 0.3 V vs. Li/Li + , the first constant C-rate being not greater than 5 C; characterized in that it comprises the steps of c) after step b), prelithiating the soft carbon negative electrode at a second constant C-rate until the voltage of the soft carbon negative electrode is reduced to a second predetermined voltage that is lower than the first predetermined voltage, the second constant C-rate being not greater than 0.2 C and being less than the first constant C-rate; and d) after step c), prelithiating the soft carbon negative electrode at a prelithiation constant voltage which is not greater than the second predetermined voltage, thereby completing prelithiation of the soft carbon negative electrode . a) disposing the soft carbon negative electrode and a lithium metal piece spaced apart from each other such that a lithium-containing electrolyte is present therebetween; b) prelithiating the soft carbon negative electrode at a first constant C-rate until a voltage of the soft carbon negative electrode is reduced to a first predetermined voltage that is not greater than 0.3 V vs. Li/Li + , the first constant C-rate being not greater than 5 C; characterized in that it comprises the steps of c) after step b), prelithiating the soft carbon negative electrode at a second constant C-rate until the voltage of the soft carbon negative electrode is reduced to a second predetermined voltage that is lower than the first predetermined voltage, the second constant C-rate being not greater than 0.2 C and being less than the first constant C-rate; and d) after step c), prelithiating the soft carbon negative electrode at a prelithiation constant voltage which is not greater than the second predetermined voltage, thereby completing prelithiation of the soft carbon negative electrode .
Front wheel guide for a single-track motor vehicle, the front wheel guide having a telescopic fork , a top yoke and a trailing arm , the telescopic fork comprising two fork rods which in each case comprise a lower fork tube and an upper fork tube which is arranged displaceably relative thereto, the top yoke extending in a transverse direction (Q) and in the process connecting the lower fork tubes of the fork rods to one another, the trailing arm which is articulated pivotably on the single-track motor vehicle being connected by means of a ball joint to the top yoke , characterized in that the trailing arm is mounted rotatably on the ball joint by means of two anti-friction bearings , the ball joint comprising a ball joint pivot which extends along a ball pivot axis (A), the respective anti-friction bearing mounting the trailing arm on the ball joint pivot rotatably about the ball pivot axis (A). the telescopic fork comprising two fork rods which in each case comprise a lower fork tube and an upper fork tube which is arranged displaceably relative thereto, the top yoke extending in a transverse direction (Q) and in the process connecting the lower fork tubes of the fork rods to one another, the trailing arm which is articulated pivotably on the single-track motor vehicle being connected by means of a ball joint to the top yoke , characterized in that the trailing arm is mounted rotatably on the ball joint by means of two anti-friction bearings , the ball joint comprising a ball joint pivot which extends along a ball pivot axis (A), the respective anti-friction bearing mounting the trailing arm on the ball joint pivot rotatably about the ball pivot axis (A).
A pharmaceutical composition for use in treating Alzheimer's disease in a subject in need thereof comprising an effective amount of a composition comprising IL-33 and memantine, wherein treating comprises increasing transcription of an Aβ receptor in the subject.
An information processing system in which a first information processing apparatus operated by a first user and a second information processing apparatus operated by a second user are coupled to each other through a network , wherein the first information processing apparatus includes an execution unit configured to execute a game program in response to operation information of the first user, a distribution processing section configured to transmit image data of a game being played by the first user to the second information processing apparatus, and a proxy management unit configured to display user specification information for specifying the second user as a candidate for a user who is to play the game in place of the first user; the second information processing apparatus includes an image data acquisition section configured to acquire the image data of the game being played by the first user, a reproduction processing section configured to reproduce a game image using the acquired image data so that a live distribution image of execution of the game program by the first information processing apparatus is shared with the user of the second information processing apparatus even if the user who plays the game changes, and an operation information transmission section configured to transmit operation information of the second user to the first information processing apparatus; and the proxy management unit displays, when candidates for a user are displayed, the user specification information in such a manner that a user who has an operation right of the game and a user who does not have the operation right of the game are distinguished from each other, in which the proxy management unit displays the user specification information such that the information for specifying the user who has the operation right of the game has added thereto information which indicates that the user has the operation right of the game, in which when a user other than a user of the first information processing apparatus is playing the game, either the playing user or the user of the first information processing apparatus may request that play returns to the user of the first information processing apparatus, in which the user other than the user of the first information processing apparatus may request that play remains with the user other than the user of the first information processing apparatus, and in which the user of the first information processing apparatus may compulsorily stop play by the user other than the user of the first information processing apparatus.
An oral dosage form, other than a 50g or 75g dose of glucose, allowing large dose combinations of two or more health ingredients selected from water soluble, water insoluble and/ or lipid-based ingredients to be formulated together in a single dosage form, which is a drinkable gel with a volume of between 25ml and 250ml, wherein the health ingredients are retained in a delivery system comprising: • water, • a gelling agent, which is a carbohydrate non-ionic gelled polymer gelling agent and a polyvalent ion gelled polymer gelling agent, and • a pH adjuster wherein the carbohydrate non-ionic gelled polymer gelling agent is an agarose-based polymer gelling agent, the polyvalent ion gelled polymer gelling agent is an alginate-based polymer gelling agent and the agarose-based polymer gelling agent and alginate-based polymer gelling agent are present in a ratio of 5:1 to 1:1, and are present in amounts which ensure hydration of, and the formation of a firm gel with a bloom grade of between 100 and 250, and which does not exhibit plastic behaviour upon stress, but rather behaves elastically upon stress, to a failure point where the structure of the gel breaks or shears to irreversibly create new interfaces, making it more fluid when ingested, such that it is a drinkable gel. which is a drinkable gel with a volume of between 25ml and 250ml, wherein the health ingredients are retained in a delivery system comprising: • water, • a gelling agent, which is a carbohydrate non-ionic gelled polymer gelling agent and a polyvalent ion gelled polymer gelling agent, and • a pH adjuster • water, • a gelling agent, which is a carbohydrate non-ionic gelled polymer gelling agent and a polyvalent ion gelled polymer gelling agent, and • a pH adjuster wherein the carbohydrate non-ionic gelled polymer gelling agent is an agarose-based polymer gelling agent, the polyvalent ion gelled polymer gelling agent is an alginate-based polymer gelling agent and the agarose-based polymer gelling agent and alginate-based polymer gelling agent are present in a ratio of 5:1 to 1:1, and are present in amounts which ensure hydration of, and the formation of a firm gel with a bloom grade of between 100 and 250, and which does not exhibit plastic behaviour upon stress, but rather behaves elastically upon stress, to a failure point where the structure of the gel breaks or shears to irreversibly create new interfaces, making it more fluid when ingested, such that it is a drinkable gel.
A medical system for detecting arrhythmic events, said system comprising: at least one processor programmed to: receive a photoplethysmogram (PPG, signal generated using a PPG probe positioned on or within a patient ; receive a pulse signal generated using an accelerometer positioned on or within the patient ; extract features from the PPG signal to generate PPG feature vectors including inter pulse intervals (IPIs) for pairs of adjacent pulses of a last predetermined number of pulses; extract features from the pulse signal to generate pulse feature vectors including inter pulse intervals (IPIs) for pairs of adjacent pulses of a last predetermined number of pulses correlate the PPG feature vectors with the pulse feature vectors; and evaluate correlated PPG feature vectors and correlated pulse feature vectors to detect arrhythmic events. receive a photoplethysmogram (PPG, signal generated using a PPG probe positioned on or within a patient ; receive a pulse signal generated using an accelerometer positioned on or within the patient ; extract features from the PPG signal to generate PPG feature vectors including inter pulse intervals (IPIs) for pairs of adjacent pulses of a last predetermined number of pulses; extract features from the pulse signal to generate pulse feature vectors including inter pulse intervals (IPIs) for pairs of adjacent pulses of a last predetermined number of pulses correlate the PPG feature vectors with the pulse feature vectors; and evaluate correlated PPG feature vectors and correlated pulse feature vectors to detect arrhythmic events.
A method for genetic encoding of chemical modifications in genetically encoded libraries of chemically modified peptides, comprising the steps of: (a) producing a series of silent barcodes, comprising genetic sequences that produce identical transcriptional products; (b) separately producing different phage libraries that carry different silent barcodes, and modifying each with a different chemical modification; and (c) creating a mixed library by combining the different phage libraries together; (d) wherein a peptide sequence can be traced by sequencing a variable region, and the modification can be traced by sequencing the silent barcode. (a) producing a series of silent barcodes, comprising genetic sequences that produce identical transcriptional products; (b) separately producing different phage libraries that carry different silent barcodes, and modifying each with a different chemical modification; and (c) creating a mixed library by combining the different phage libraries together; (d) wherein a peptide sequence can be traced by sequencing a variable region, and the modification can be traced by sequencing the silent barcode.