mhurhangee/ep-ind-claims huggingface dataset:
Heated hose for delivering a liquid hotmelt adhesive or other substances which are fluid in the hot state from a melting unit to a discharge head, comprising: - a flexible hose for the passage of the liquid, - an insulating layer surrounding the flexible hose, - a heating device surrounding the flexible hose, wherein the heating device is disposed between the flexible hose and the insulating layer, wherein the insulating layer comprises a strip-shaped insulating material, wherein the strip-shaped insulating material is wound helically around the flexible hose, characterized in that the strip-shaped insulating material comprises an aerogel. - a flexible hose for the passage of the liquid, - an insulating layer surrounding the flexible hose, - a heating device surrounding the flexible hose, wherein the heating device is disposed between the flexible hose and the insulating layer,
A burner for use on a flash smelting furnace having a roof and a reaction shaft, the burner comprising: a burner structure that integrates with the roof of the furnace, having a nozzle that defines an opening therethrough to communicate with the reaction shaft of the furnace; a gas supply channel to supply the reaction gas to the reaction shaft through the nozzle; a feed supply for delivering pulverous material; an injector having a sleeve for delivering the pulverous feed material into the furnace, the injector extending through the nozzle, defining therewith an annular channel through which the reaction gas flows into the reaction shaft; characterised by a fluidic control system having at least one port to direct a stream of fluidic control regulating fluid at an angle to the direction of flow of the reaction gas through the annular channel; and in that the reaction gas flow has at least one boundary layer within the annular channel, and the stream of fluidic control regulating fluid is used to manipulate the at least one boundary layer and thereby adjust the cross-sectional area of the reaction gas flow within the annular channel so as to alter the exit velocity of the reaction gas flow into the reaction shaft. a burner structure that integrates with the roof of the furnace, having a nozzle that defines an opening therethrough to communicate with the reaction shaft of the furnace; a gas supply channel to supply the reaction gas to the reaction shaft through the nozzle; a feed supply for delivering pulverous material; an injector having a sleeve for delivering the pulverous feed material into the furnace, the injector extending through the nozzle, defining therewith an annular channel through which the reaction gas flows into the reaction shaft; characterised by a fluidic control system having at least one port to direct a stream of fluidic control regulating fluid at an angle to the direction of flow of the reaction gas through the annular channel; and in that the reaction gas flow has at least one boundary layer within the annular channel, and the stream of fluidic control regulating fluid is used to manipulate the at least one boundary layer and thereby adjust the cross-sectional area of the reaction gas flow within the annular channel so as to alter the exit velocity of the reaction gas flow into the reaction shaft.
Container, in particular for the production of biogas, comprising a preferably cylindrical main portion and a base portion arranged below the main portion, characterised in that the base portion has an annularly closed circulation channel, the circulation channel having an inlet opening (27, 29) with an inlet cross section in order to admit medium into the circulation channel substantially tangentially to the vertical axis of the container, the circulation channel having an outlet opening (28, 31) with an outlet cross section in order to discharge medium out of the circulation channel substantially tangentially to the vertical axis of the container, a bypass line being provided that connects the outlet opening (28, 31) to the inlet opening (27, 29), and means being provided for varying a cross section of the bypass line.
A pharmaceutical composition comprising an active ingredient dissolved in an essentially non-aqueous carrier system comprising volatile and non-volatile components, in which the volatile component comprises a volatile non-solvent for the active ingredient and a volatile solvation additive for the non-solvent and the non-volatile component comprises a non-volatile non-solvent and optionally a non-volatile solvent for the active ingredient, the volatile and non-volatile non-solvents comprising silicone fluids of respectively different viscosity, wherein the pharmaceutical composition contains, in percentages by weight, from 0.1 to 15% of local anaesthetic as the active ingredient; from 2 to 15% of volatile solvation additive; from 65 to 90% of silicone volatile non-solvent; from 1.0 to 20% of non-volatile non-solvent and optionally up to 10% of non-volatile solvent, wherein the volatile solvation additive comprises a lower alcohol containing up to five carbon atoms, the volatile non-solvent comprises a linear and/or cyclic silicone, and the non-volatile non-solvent comprises a silicone oil, and wherein the composition is single phase.
A continuous tubular element for producing multi-layer bag packages, said tubular element being defined by a continuous web of multi-layer material extending in a longitudinal direction and having a longitudinal sealing region substantially parallel to the longitudinal direction, said web comprising: - an inner layer adapted to contact products to be stored; - at least one intermediate layer at least partially adhering to the inner layer; - an outer layer adhering to the intermediate layer; characterized in that said web has at least one partial non-adhesion zone between the inner layer and said intermediate layer; said partial non-adhesion zone being defined by a plurality of distinct non-adhesion areas in which the inner layer does not adhere to the intermediate layer. - an inner layer adapted to contact products to be stored; - at least one intermediate layer at least partially adhering to the inner layer; - an outer layer adhering to the intermediate layer;
Polyisocyanate polyaddition products with good mechanical properties, obtainable from a) polyisocyanates and b) NCO-reactive compounds from the group of b1) long-chain polyester polyols having an OH number of 27 to 112 mg KOH/g and a functionality of 1.9 to 2.3 and b2) short-chain hydroxyl compounds having an OH number of 300 to 1810 mg KOH/g and a functionality of 1.9 to 2.3, in the presence of c) a latent catalyst d) optionally further catalysts other than c) and/or activators, with addition of e) optionally fillers and/or fiber materials f) optionally assistants and/or additives, g) optionally blowing agents, h) at least one water scavenger, characterized in that the latent catalyst (c) used comprises monocarboxylic acid-blocked amidines in an amount of 20 to 400 ppm, based on component b1), the molar ratio of amidine to carboxylic acid being between 1:3 and 1:0.5. a) polyisocyanates and b) NCO-reactive compounds from the group of b1) long-chain polyester polyols having an OH number of 27 to 112 mg KOH/g and a functionality of 1.9 to 2.3 and b2) short-chain hydroxyl compounds having an OH number of 300 to 1810 mg KOH/g and a functionality of 1.9 to 2.3, in the presence of c) a latent catalyst d) optionally further catalysts other than c) and/or activators, with addition of e) optionally fillers and/or fiber materials f) optionally assistants and/or additives, g) optionally blowing agents, h) at least one water scavenger,
Actively driven pressure relief system for a container, a building, an enclosure, or a cubicle with an electrical installation, the actively driven pressure relief system including a panel and comprising: a fault detection device for detecting an arc fault in the electrical installation of the container, the building, the enclosure or the cubicle; a triggering unit for triggering an opening signal for the panel upon detection of an arc fault by the fault detection device; and a panel opening mechanism, said actively driven pressure relief system being characterized in that the panel opening mechanism opens the panel in a destructive manner. a fault detection device for detecting an arc fault in the electrical installation of the container, the building, the enclosure or the cubicle; a triggering unit for triggering an opening signal for the panel upon detection of an arc fault by the fault detection device; and a panel opening mechanism, said actively driven pressure relief system being characterized in that the panel opening mechanism opens the panel in a destructive manner.
Plant for processing activated, contaminated and/or non-contaminated residual material, in which, in a modular design, with low radiation exposure and low transport effort, activated, contaminated and/or non-contaminated residual material or waste, decoupled from the dismantling and independently of a specific nuclear plant, is supplied for recycling, landfill or waste storage following separation and/or decontamination, consisting of - a plant area in a building with an entrance and exit (27.2, 27.3) for personnel, - at least one inlet for material, which is formed as an air lock (1, 1.1, 1.2) for contaminated parts, - at least one outlet (27.4) for material to be dispensed, which is decontaminated, - at least one outlet (1, 1.1, 1.2) for material or radioactive waste that can be released in a restricted manner, - processing stations (12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22), which are separated from one another by flexible, adjustable walls so that their area can be increased, reduced or rearranged with little effort according to the required throughput, - processing stations (2, 3, 4, 5), which are separated from one another by fixed walls and - transport containers, transport means and storage spaces and areas, wherein processing stations, at which a high dose rate occurs, are arranged in an area for high dose rate far away from the personnel entrance and exit (27.2, 27.3) and from the outlet (27.4) for decontaminated material to be dispensed. - a plant area in a building with an entrance and exit (27.2, 27.3) for personnel, - at least one inlet for material, which is formed as an air lock (1, 1.1, 1.2) for contaminated parts, - at least one outlet (27.4) for material to be dispensed, which is decontaminated, - at least one outlet (1, 1.1, 1.2) for material or radioactive waste that can be released in a restricted manner, - processing stations (12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22), which are separated from one another by flexible, adjustable walls so that their area can be increased, reduced or rearranged with little effort according to the required throughput, - processing stations (2, 3, 4, 5), which are separated from one another by fixed walls and - transport containers, transport means and storage spaces and areas, wherein processing stations, at which a high dose rate occurs, are arranged in an area for high dose rate far away from the personnel entrance and exit (27.2, 27.3) and from the outlet (27.4) for decontaminated material to be dispensed.
A tire monitoring system comprising: first and second sensor elements (1201a, 1201b); a circuit board including control circuitry coupled with at least one of the first and second sensor elements, wherein the control circuitry is configured to generate tire tread information based on an electrical response of at least one of the first and second sensor elements; a housing comprising a housing material that surrounds the circuit board in a direction parallel with respect to a surface of the circuit board; and characterised in that the housing material being molded on and/or around the first and second sensor elements and the circuit board. first and second sensor elements (1201a, 1201b); a circuit board including control circuitry coupled with at least one of the first and second sensor elements, wherein the control circuitry is configured to generate tire tread information based on an electrical response of at least one of the first and second sensor elements; a housing comprising a housing material that surrounds the circuit board in a direction parallel with respect to a surface of the circuit board; and characterised in that the housing material being molded on and/or around the first and second sensor elements and the circuit board.
An LED illuminating device, comprising a printed circuit board, and at least one LED chip group arranged on the printed circuit board and a lens assembly, wherein the LED illuminating device further comprises a reflector provided between the LED chip group and the lens assembly, wherein the reflector is configured to diffusely reflect light from the LED chip group so that the light is uniformized and emerges in a direction of the lens assembly, wherein the reflector is a plate-shaped body with a via, wherein the via is formed with an accommodation opening for the LED chip group at one side thereof facing the printed circuit board, and formed with a light emergent opening at the other side opposite to the one side, wherein an inner wall of the via forms a diffuse reflective region, characterized in that the via has a dimension gradually reduced from the accommodation opening to the light emergent opening.
A method of monitoring a Maintenance Association for Connectivity Fault Management in a network supporting Equal Cost Multiple Paths, ECMP, the method comprising: generating a set of ECMP multipoint paths for sending data between endpoints in the network, the ECMP multipoint paths comprising a set of connectivity multipoint paths among the same end points, each ECMP multi-point path of the set of ECMP multipoint paths comprising an ECMP multipoint path having N endpoints and being identified using a Group address; characterised in that the method further comprises: creating a set of ECMP Maintenance Associations for monitoring the generated ECMP multipoint paths between the endpoints; and using the created set of ECMP Maintenance Associations for sending monitoring packets. generating a set of ECMP multipoint paths for sending data between endpoints in the network, the ECMP multipoint paths comprising a set of connectivity multipoint paths among the same end points, each ECMP multi-point path of the set of ECMP multipoint paths comprising an ECMP multipoint path having N endpoints and being identified using a Group address; characterised in that the method further comprises: creating a set of ECMP Maintenance Associations for monitoring the generated ECMP multipoint paths between the endpoints; and using the created set of ECMP Maintenance Associations for sending monitoring packets. creating a set of ECMP Maintenance Associations for monitoring the generated ECMP multipoint paths between the endpoints; and using the created set of ECMP Maintenance Associations for sending monitoring packets.
An electronic oral hygiene system for monitoring brushing and compliance with a tooth brush regime, the electronic oral hygiene system comprising: an oral hygiene device including a handle and a head; a motion sensor configured to output motion data indicative of motion of the oral hygiene device; a memory for storing the motion data output by the motion sensor; a control system configured to determine a position of the head of the oral hygiene device in a mouth of a user and a brush stroke type used in each section of the mouth of the user by comparing the motion data to previously recorded calibration data using a trained machine learning algorithm; and a first mobile device configured to display a schematic of a dentition for the user including an amount of time spent brushing each section of the mouth of the user and the brush stroke type used in each section of the mouth of the user. an oral hygiene device including a handle and a head; a motion sensor configured to output motion data indicative of motion of the oral hygiene device; a memory for storing the motion data output by the motion sensor; a control system configured to determine a position of the head of the oral hygiene device in a mouth of a user and a brush stroke type used in each section of the mouth of the user by comparing the motion data to previously recorded calibration data using a trained machine learning algorithm; and a first mobile device configured to display a schematic of a dentition for the user including an amount of time spent brushing each section of the mouth of the user and the brush stroke type used in each section of the mouth of the user.
A method for sending alert messages, the method comprising: accessing location information of a plurality of user mobile devices in a mobile network from a database; accessing a message handling capacity information of each of a plurality of network elements in the mobile network; and sending, through the plurality of network elements, an alert message to the plurality of user mobile devices based on the location information, wherein sending the alert message through a network element of the plurality of network elements comprises at least: controlling a sending rate of the alert message through the network element based on a message handling capacity information of the network element and a real-time delivery status information of the alert message that are already sent through the network element. accessing location information of a plurality of user mobile devices in a mobile network from a database; accessing a message handling capacity information of each of a plurality of network elements in the mobile network; and sending, through the plurality of network elements, an alert message to the plurality of user mobile devices based on the location information, wherein sending the alert message through a network element of the plurality of network elements comprises at least: controlling a sending rate of the alert message through the network element based on a message handling capacity information of the network element and a real-time delivery status information of the alert message that are already sent through the network element.
Method of segmentation of a thickness of the myocardium derived from a three-dimensional image for the generation of a model of a myocardial wall in order to detect at least one singular electrical circulation, characterised in that it comprises: • a recording of a three-dimensional image of a wall of the myocardium, said wall delimiting at least one cavity of the heart; • a segmenting (SEG_1) of a continuous part of the wall into at least one first volume comprising a thickness less than a first predefined threshold, said first threshold being less than a threshold of interest (Si) and a second volume of a continuous part of the wall comprising a thickness greater than a first threshold and less than the threshold of interest (Si); • a generation of a model of the wall (MOD_P) of the myocardium in which the continuous part of the wall of the myocardium is modelled (MOD_VOL) according to at least two volumes (V1, V2), said wall model (MOD_P) making it possible to model at least one electrical gradient between said volumes (V1, V2) in order to localise at least one singular zone of electrical circulation. • a recording of a three-dimensional image of a wall of the myocardium, said wall delimiting at least one cavity of the heart; • a segmenting (SEG_1) of a continuous part of the wall into at least one first volume comprising a thickness less than a first predefined threshold, said first threshold being less than a threshold of interest (Si) and a second volume of a continuous part of the wall comprising a thickness greater than a first threshold and less than the threshold of interest (Si); • a generation of a model of the wall (MOD_P) of the myocardium in which the continuous part of the wall of the myocardium is modelled (MOD_VOL) according to at least two volumes (V1, V2), said wall model (MOD_P) making it possible to model at least one electrical gradient between said volumes (V1, V2) in order to localise at least one singular zone of electrical circulation.
Device for cultivation of cells in a bioreactor, the exhaust air line of which leading out of the reactor interior space comprises an exhaust air filter (4, 4', 4") with a sterile filtrating microfilter membrane, wherein at least one pre-filter (5, 5', 5") with a hydrophobic filter material is mounted upstream of the exhaust air filter (4, 4', 4") with respect to the direction towards the reactor interior space, characterised in that the filter material of the pre-filter (5, 5', 5") is formed as a glass-fibre filter or from melt-blown fibrous filter materials of PE, PP, PET, PESU, PVDx or PMP and the filter material of the pre-filter (5, 5', 5") has an average pore size of more than 0.1 microns and less than 100 microns.
A washer/dryer comprising a drum into which the laundry is placed; at least one baffle that extends towards the center of the drum so as to enable the laundry in the drum to be moved; at least one protrusion that is provided on the baffle; at least one hole that is provided on the drum and wherein the protrusion is inserted so as to mount the baffle to the drum; a receptacle that is provided in the baffle, and at least one cut-out that is provided on the drum; characterized by the at least one cut-out having at least two opposite lugs for being bent into the receptacle so as to bear against the two opposite walls of the receptacle when the baffle is mounted to the drum.
An in vitro diagnostic method for the identification of a proliferative disorder, the method comprising detecting the presence or expression of a Ciz1 splice variant, wherein the method provides for a quantitative measure of a Ciz1 protein variant in a sample from a subject, and the protein variant is a human alternatively spliced protein sequence in which the sequence: (a) QQLQQLQQQQLQQQQLQQQQLLQLQQLLQQSPP, or MFSQQQQQQLQQQQQQLQQLQQQQLQQQQLQQQQLLQLQQLLQQSPPQA is absent; (b) GLDQFAMPPATYDTAGLTMPTATL is absent; (c) DSSSQ is absent; (d) PQVQPQAHSQPPRQVQLQLQKQVQTQTY; or Y is absent; or (e) VEEELCKQ is absent. (a) QQLQQLQQQQLQQQQLQQQQLLQLQQLLQQSPP, or MFSQQQQQQLQQQQQQLQQLQQQQLQQQQLQQQQLLQLQQLLQQSPPQA is absent; (b) GLDQFAMPPATYDTAGLTMPTATL is absent; (c) DSSSQ is absent; (d) PQVQPQAHSQPPRQVQLQLQKQVQTQTY; or Y is absent; or (e) VEEELCKQ is absent.
A method for preparing alphaviral replicon particles (ARPs), said method comprising the steps of: (a) introducing an alphavirus replicon nucleic acid into a host cell, said replicon nucleic acid comprising at least a virus packaging signal and at least one heterologous coding sequence expressible in said alphaviral replicon nucleic acid, wherein said host cell comprises at least one helper function, to produce a modified host cell; (b) culturing said modified host cell under conditions allowing expression of the at least one helper function, allowing replication of said alphaviral replicon nucleic acid and packaging of said alphaviral replicon nucleic acid to form ARPs; (c) contacting the modified host cells after step (b) with an aqueous solution having an ionic strength of from 0.5 M to 5 M to release the ARPs into the aqueous solution to produce a ARP-containing solution; (d) collecting ARPs from the ARP-containing solution of step (c). (a) introducing an alphavirus replicon nucleic acid into a host cell, said replicon nucleic acid comprising at least a virus packaging signal and at least one heterologous coding sequence expressible in said alphaviral replicon nucleic acid, wherein said host cell comprises at least one helper function, to produce a modified host cell; (b) culturing said modified host cell under conditions allowing expression of the at least one helper function, allowing replication of said alphaviral replicon nucleic acid and packaging of said alphaviral replicon nucleic acid to form ARPs; (c) contacting the modified host cells after step (b) with an aqueous solution having an ionic strength of from 0.5 M to 5 M to release the ARPs into the aqueous solution to produce a ARP-containing solution; (d) collecting ARPs from the ARP-containing solution of step (c).