mhurhangee/patent-ind-claim-en huggingface dataset:
A water outlet terminal with a function of purified water outlet, comprising: a body and a mandrel disposed in the body , an end surface of the mandrel is provided with a raw water outlet hole and a purified water outlet hole ; the mandrel is provided with a raw water inlet cavity and a purified water inlet cavity which are independent of each other; one end of the raw water inlet cavity and the purified water inlet cavity is communicated with the raw water outlet hole and the purified water outlet hole , respectively, and the other end is a raw water inlet hole and a purified water inlet hole ; the water outlet terminal is further provided with a purified water opening member which is switched between a first position and a second position so that the purified water inlet hole is in the open state or closed state; further comprising a cover assembly , wherein a purified water outlet passage is provided in the geometric center of the cover assembly for communication with the fluid in the purified water inlet cavity , wherein each of the raw water inlet cavity and the purified water inlet cavity are provided, on the same side of the mandrel, with a respective open end , wherein the open ends are provided along the water flow direction, the rest of the raw water inlet cavity and purified water inlet cavity is a sealing portion, the periphery of the open ends is welded to a weld tab to seal the open ends. the mandrel is provided with a raw water inlet cavity and a purified water inlet cavity which are independent of each other; one end of the raw water inlet cavity and the purified water inlet cavity is communicated with the raw water outlet hole and the purified water outlet hole , respectively, and the other end is a raw water inlet hole and a purified water inlet hole ; the water outlet terminal is further provided with a purified water opening member which is switched between a first position and a second position so that the purified water inlet hole is in the open state or closed state; further comprising a cover assembly , wherein a purified water outlet passage is provided in the geometric center of the cover assembly for communication with the fluid in the purified water inlet cavity , wherein each of the raw water inlet cavity and the purified water inlet cavity are provided, on the same side of the mandrel, with a respective open end , wherein the open ends are provided along the water flow direction, the rest of the raw water inlet cavity and purified water inlet cavity is a sealing portion, the periphery of the open ends is welded to a weld tab to seal the open ends.
A membrane electrode assembly, comprising: a solid electrolyte layer ; an anode layer provided on one side of the solid electrolyte layer ; and a cathode layer provided on the other side of the solid electrolyte layer , the anode layer being stacked on the solid electrolyte layer to be pressed thereagainst, the anode layer including a porous anode member having electrical conductivity, wherein the solid electrolyte layer and the anode layer are not integrally fired, wherein the porous anode member is plastically deformed at least in vicinity of an interface in contact with the solid electrolyte layer . a solid electrolyte layer ; an anode layer provided on one side of the solid electrolyte layer ; and a cathode layer provided on the other side of the solid electrolyte layer , the anode layer being stacked on the solid electrolyte layer to be pressed thereagainst, the anode layer including a porous anode member having electrical conductivity, wherein the solid electrolyte layer and the anode layer are not integrally fired, wherein the porous anode member is plastically deformed at least in vicinity of an interface in contact with the solid electrolyte layer .
Method to control the composition of a liquid metal in an evaporator device in a vacuum chamber, wherein the liquid metal comprises two or more metals, the method comprising the steps of - supplying a liquid metal of a first composition in a first vessel for a liquid metal, - supplying a liquid metal of a second composition in a second vessel for a liquid metal, characterised in that the method further comprises the step of feeding the liquid metal of the second composition to the liquid metal of the first vessel or to the evaporator, wherein the composition of the liquid metal in the second vessel is chosen to control the composition of the liquid metal in the evaporator. - supplying a liquid metal of a first composition in a first vessel for a liquid metal, - supplying a liquid metal of a second composition in a second vessel for a liquid metal, characterised in that the method further comprises the step of feeding the liquid metal of the second composition to the liquid metal of the first vessel or to the evaporator, wherein the composition of the liquid metal in the second vessel is chosen to control the composition of the liquid metal in the evaporator.
A communication apparatus comprising: a first execution unit configured to perform (F417) a first process of setting a wireless parameter for wireless communication into another communication apparatus on the basis of information that is necessary for setting the wireless parameter and that is included in information acquired from an image that is captured by the communication apparatus; a second execution unit configured to perform (F416) a second process of acquiring a wireless parameter for wireless communication, which is set in the another communication apparatus, from the another communication apparatus on the basis of information that is necessary for acquiring the wireless parameter and that is included in information acquired from the image that is captured by the communication apparatus; and a selection unit configured to select either the first process or the second process to be performed on the basis of one of the following : i) information acquired from the image that is captured; ii) information included in a received signal; iii)a user's operation; iv) a state of the communication apparatus; wherein the first execution unit is configured to perform the first process based on the selection made by the selection unit; and the second execution unit is configured to perform the second process based on the selection made by the selection unit. a first execution unit configured to perform (F417) a first process of setting a wireless parameter for wireless communication into another communication apparatus on the basis of information that is necessary for setting the wireless parameter and that is included in information acquired from an image that is captured by the communication apparatus; a second execution unit configured to perform (F416) a second process of acquiring a wireless parameter for wireless communication, which is set in the another communication apparatus, from the another communication apparatus on the basis of information that is necessary for acquiring the wireless parameter and that is included in information acquired from the image that is captured by the communication apparatus; and a selection unit configured to select either the first process or the second process to be performed on the basis of one of the following : i) information acquired from the image that is captured; ii) information included in a received signal; iii)a user's operation; iv) a state of the communication apparatus; wherein the first execution unit is configured to perform the first process based on the selection made by the selection unit; and the second execution unit is configured to perform the second process based on the selection made by the selection unit.
Method for operating a display system with smart glasses in a motor vehicle, comprising the following steps: - receiving (S1) transmission data in the smart glasses according to a transmission rate from a driver assistance system, wherein the transmission data defines at least one object which is to be displayed in a contact-analogous fashion, for a specific motor vehicle position; wherein contact-analogous display comprises the fact that a specific object in the real surroundings is superimposed on the information; - capturing a pose of the smart glasses with an update rate which is higher than the transmission rate; - generating and displaying a display image with a display rate which is higher than the transmission rate, wherein whenever the display image is generated the at least one object which is to be displayed in a contact-analogous fashion is displayed in the display image in accordance with the pose last captured, wherein the display rate corresponds to the update rate for the capturing of the pose of the smart glasses. - receiving (S1) transmission data in the smart glasses according to a transmission rate from a driver assistance system, wherein the transmission data defines at least one object which is to be displayed in a contact-analogous fashion, for a specific motor vehicle position; wherein contact-analogous display comprises the fact that a specific object in the real surroundings is superimposed on the information; - capturing a pose of the smart glasses with an update rate which is higher than the transmission rate; - generating and displaying a display image with a display rate which is higher than the transmission rate, wherein whenever the display image is generated the at least one object which is to be displayed in a contact-analogous fashion is displayed in the display image in accordance with the pose last captured,
A power umbilical ( k1, k2, k5, k6, k7, k8) comprising - at least one power cable to transfer large amounts of electric energy/power, - a set of elongate profile elements, being arranged in a twisted bundle around the at least one power cable , - and a protective sheath encapsulating the at least one power cable and the elongate profile elements , wherein at least one of the elongate profile elements , is made of a semiconducting material, said semiconducting material being able to drain off, or dissipate, capacitive currents arising in the power umbilical (k1, k2, k5, k6, k7, k8) when the at least one power cable conducts large amounts of electric energy/power, said elongate profile elements further comprising longitudinal channels adapted to communicate with radial extending holes or slits in the profile elements and through the protective sheath such that when the power umbilical is deployed into the sea and the water is filling the channels , the holes or slits are transporting the capacitive currents into the surrounding sea water. - at least one power cable to transfer large amounts of electric energy/power, - a set of elongate profile elements, being arranged in a twisted bundle around the at least one power cable , - and a protective sheath encapsulating the at least one power cable and
An ingredient composition comprising: a) 81- 97 wt% of at least one short chain alcohol alkyl ester, at least partially from a natural source, b) 3-19 wt% of triterpene esters where at least one is a cinnamic triterpene ester, and c) 1100 ppm or less of at least one short chain alcohol cinnamic ester, characterized in that the at least one short chain alcohol alkyl ester is selected from the group consisting of ethyl alkyl esters, methyl alkyl esters, propyl alkyl ester or isopropyl ester. a) 81- 97 wt% of at least one short chain alcohol alkyl ester, at least partially from a natural source, b) 3-19 wt% of triterpene esters where at least one is a cinnamic triterpene ester, and c) 1100 ppm or less of at least one short chain alcohol cinnamic ester,
A support structure for suspending at least one sound absorber from a ceiling , comprising an elongated support profile , a suspension device which can be connected to the support profile as well as means for connecting the sound absorber to the support profile , wherein the means comprise an angled bracket which has at least two limbs which are at an angle with respect to each other, preferably at a right angle, which can be positioned in a corner region of the sound absorber on two side faces of the sound absorber which are disposed across a corner and which can be connected to the sound absorber in a force-fitting, interlocking and/or material-bonding manner, characterized in that the support profile is substantially V-shaped or U-shaped in cross section and has a profile section which forms a planar bearing surface for bracing a limb of the angled bracket .
A Cu alloy bonding wire for a semiconductor device, wherein the total of abundance ratios of crystal orientations <110> and <111> having an angular difference of 15 degrees or less from a direction perpendicular to one plane including a wire center axis to crystal orientations on a wire surface is 40% or more and 90% or less in average area percentage.
A network node configured to communicate with a wireless device, WD , the network node comprising processing circuitry configured to: configure at least one set of beta offset values, for each of the at least one set of beta offset values, at least one subset of beta offset values being defined for information corresponding to Uplink Control Information, UCI, and the at least one subset of beta offset values being associated with a service type, characterized in that the at least one subset of beta offset values is associated with the service type according to at least one parameter configured in a Channel State Information, CSI, report configuration.
A production method of a melt-blown nonwoven fabric containing a cyclic olefinic resin, the production method including at least: a melting step of melting a resin composition containing at least the cyclic olefinic resin by heating in a supply portion to obtain a resin melt; a kneading step of introducing the resin melt to a kneading portion and kneading the resin melt in the kneading portion by rotation of a screw under heating to obtain a resin-kneaded material; a discharging step of discharging the resin-kneaded material with air from a nozzle; and a collecting step of collecting a fibrous material discharged from the nozzle on a collection surface to obtain a web, wherein the resin melt introduced to the kneading portion has a viscosity η of 8 to 20 Pa·s (80 to 200 poise) under the condition of shear rate r = 1200 sec -1 at the temperature in the supply portion. a melting step of melting a resin composition containing at least the cyclic olefinic resin by heating in a supply portion to obtain a resin melt; a kneading step of introducing the resin melt to a kneading portion and kneading the resin melt in the kneading portion by rotation of a screw under heating to obtain a resin-kneaded material; a discharging step of discharging the resin-kneaded material with air from a nozzle; and a collecting step of collecting a fibrous material discharged from the nozzle on a collection surface to obtain a web, wherein the resin melt introduced to the kneading portion has a viscosity η of 8 to 20 Pa·s (80 to 200 poise) under the condition of shear rate r = 1200 sec -1 at the temperature in the supply portion.
A composition comprising miltefosine for use in alleviating or preventing at least one inflammatory condition in a subject, the method comprising administering the composition in an amount sufficient to activate type II NKT cells of the subject.
A method of preparing a Mannich base for use as an epoxy resin curative, said method comprising: i) contacting a) furfuryl alcohol, polyfurfuryl alcohol, and/or a copolymer of furfuryl alcohol with b) a primary or secondary monoamine and/or a polyamine comprising primary and/or secondary amino groups; and ii) obtaining a Mannich base. i) contacting a) furfuryl alcohol, polyfurfuryl alcohol, and/or a copolymer of furfuryl alcohol with b) a primary or secondary monoamine and/or a polyamine comprising primary and/or secondary amino groups; and ii) obtaining a Mannich base.
A system comprising: a controller comprising a processor and computer-readable memory, the controller configured to: receive, from an acoustic sensor and a pressure sensor, streams of data, each stream of data representing a sensed phenomenon in an environment of a bed on which a first user is sleeping and a second user is sleeping; determine, from at least one of the received streams of data, that the first user is experiencing restless sleep; determine, from at least one of the received streams of data, that the second user is snoring; responsive to determining that the first user is experiencing restless sleep and that the second user is snoring, issue a first snore-control command to a controllable home automation device such that the controllable home automation device alters a feature of a second user's sleeping environment in a way that is likely to reduce the second user's snoring; determine again, from the received streams of data, that i) the second user is still snoring after the controllable home automation device alters the feature of the second user's sleep environment based on monitoring a stream of acoustic data from the acoustic sensor and ii) the first user is still restless based on monitoring a stream of pressure data from the pressure sensor, wherein the pressure sensor is coupled to determine movement of the first user; and characterized in that responsive to the determining again, issue a second different snore-control command to alter the second user's sleeping environment in a different way that is likely to reduce the second user's snoring. receive, from an acoustic sensor and a pressure sensor, streams of data, each stream of data representing a sensed phenomenon in an environment of a bed on which a first user is sleeping and a second user is sleeping; determine, from at least one of the received streams of data, that the first user is experiencing restless sleep; determine, from at least one of the received streams of data, that the second user is snoring; responsive to determining that the first user is experiencing restless sleep and that the second user is snoring, issue a first snore-control command to a controllable home automation device such that the controllable home automation device alters a feature of a second user's sleeping environment in a way that is likely to reduce the second user's snoring; determine again, from the received streams of data, that i) the second user is still snoring after the controllable home automation device alters the feature of the second user's sleep environment based on monitoring a stream of acoustic data from the acoustic sensor and ii) the first user is still restless based on monitoring a stream of pressure data from the pressure sensor, wherein the pressure sensor is coupled to determine movement of the first user; and characterized in that responsive to the determining again, issue a second different snore-control command to alter the second user's sleeping environment in a different way that is likely to reduce the second user's snoring.
An infrared detection system for the direct difference spectroscopical analysis of the quantity and secondary structure of a candidate biomarker protein undergoing conformational transitions associated with disease progression, said detection system comprising: (a) a tunable quantum-cascade laser as the IR source, and (b) an IR cell with an infrared sensor element that comprises a germanium internal reflection element being of trapezoid or parallelogram shape, which allows for more than one passages of the infrared light through the reflection element, and being transparent in the infrared with sufficient signal to noise ratio to detect the amide I band, and at least one receptor for the biomarker protein being an antibody capable of specific and conformationally independent binding to the candidate biomarker protein and being directly grafted to at least one surface of said internal germanium reflection element by silanization with short silane linkers or by thiolation with short thiol linkers, reacting freely accessible amine groups of said at least one receptor with amine-reactive groups on the short silane/thiol linkers, and blocking remaining amine-reactive groups on the short silane/thiol linkers with a blocking substance not cross-reacting with the candidate biomarker protein. (a) a tunable quantum-cascade laser as the IR source, and (b) an IR cell with an infrared sensor element that comprises a germanium internal reflection element being of trapezoid or parallelogram shape, which allows for more than one passages of the infrared light through the reflection element, and being transparent in the infrared with sufficient signal to noise ratio to detect the amide I band, and at least one receptor for the biomarker protein being an antibody capable of specific and conformationally independent binding to the candidate biomarker protein and being directly grafted to at least one surface of said internal germanium reflection element by silanization with short silane linkers or by thiolation with short thiol linkers, reacting freely accessible amine groups of said at least one receptor with amine-reactive groups on the short silane/thiol linkers, and blocking remaining amine-reactive groups on the short silane/thiol linkers with a blocking substance not cross-reacting with the candidate biomarker protein.
A control module for generating gesture based commands during user interaction with an information presentation area on a touchscreen , wherein said control module is configured to: acquire user input from input means comprising a touchscreen , said user input means adapted to detect user generated gestures in the form of user finger pressure on, movement on and release of the user finger pressure from the touchscreen, and check (S530) whether said user input corresponds to a predefined relative gesture, and wait for further user input if said user input does not correspond to a predefined relative gesture; acquire gaze data signals from a gaze tracking module ; determine user generated gesture based control commands in the form of fine tuning the point of action based on user finger pressure and movement on the touchscreen and an object selection command based on release of the user finger pressure from the touchscreen; determine (S560) a gaze point area on said information presentation area including the user's gaze point based on at least the gaze data signals; and execute (S580) user actions for selecting an object presented on said information presentation area, wherein said user actions comprise fine tuning based on said fine tuning the point of action with said determined gaze point area as a starting point, and object selection based on said object selection command. acquire user input from input means comprising a touchscreen , said user input means adapted to detect user generated gestures in the form of user finger pressure on, movement on and release of the user finger pressure from the touchscreen, and check (S530) whether said user input corresponds to a predefined relative gesture, and wait for further user input if said user input does not correspond to a predefined relative gesture; acquire gaze data signals from a gaze tracking module ; determine user generated gesture based control commands in the form of fine tuning the point of action based on user finger pressure and movement on the touchscreen and an object selection command based on release of the user finger pressure from the touchscreen; determine (S560) a gaze point area on said information presentation area including the user's gaze point based on at least the gaze data signals; and execute (S580) user actions for selecting an object presented on said information presentation area, wherein said user actions comprise fine tuning based on said fine tuning the point of action with said determined gaze point area as a starting point, and object selection based on said object selection command.
HSV1716 for use in a method of treating a hepatocellular carcinoma, the method comprising intravenous or intra-arterial administration of HSV1716, wherein the hepatocellular carcinoma is characterised in that HSV1716 propagation in cells of the hepatocellular carcinoma in vitro is at least as efficient as propagation of HSV-1 17+.