mhurhangee/patent-ind-claim-en huggingface dataset:
A voice recognition method of an electronic device, the method being performed by a processor of the electronic device (401a; 401b; 401c; 501), the method comprising: converting (602; 709; 809) an utterance of a user into an audio signal; obtaining (604; 713; 813) text data corresponding to the audio signal; the method being characterised by : transmitting (606; 717-719; 817-819) the text data to a first NLU server associated with a first application and a second NLU server associated with a second application; respectively (608; 721; 821) receiving a first control message and a second control message from the first NLU server and the second NLU server as a result of analyzing the text data; selecting (610; 725; 825) one of the first control message or the second control message, depending on a specified condition; and providing (612; 727-733; 827-833) the selected control message to an application associated with an NLU server transmitting the selected control message. converting (602; 709; 809) an utterance of a user into an audio signal; obtaining (604; 713; 813) text data corresponding to the audio signal; the method being characterised by : transmitting (606; 717-719; 817-819) the text data to a first NLU server associated with a first application and a second NLU server associated with a second application; respectively (608; 721; 821) receiving a first control message and a second control message from the first NLU server and the second NLU server as a result of analyzing the text data; selecting (610; 725; 825) one of the first control message or the second control message, depending on a specified condition; and providing (612; 727-733; 827-833) the selected control message to an application associated with an NLU server transmitting the selected control message. transmitting (606; 717-719; 817-819) the text data to a first NLU server associated with a first application and a second NLU server associated with a second application; respectively (608; 721; 821) receiving a first control message and a second control message from the first NLU server and the second NLU server as a result of analyzing the text data; selecting (610; 725; 825) one of the first control message or the second control message, depending on a specified condition; and providing (612; 727-733; 827-833) the selected control message to an application associated with an NLU server transmitting the selected control message.
A mould assembly for manufacturing a wind turbine blade shell part, the mould assembly comprising a mould having a moulding surface that defines the outer shape of the wind turbine blade shell part, the mould having a longitudinal direction extending between a tip end and a root end of the mould, wherein the mould assembly comprises a lowering device , which is adapted to carry and lower a root end insert onto the moulding surface of the mould, the lowering device being attached to the mould and comprising a frame for carrying the root end insert, wherein the lowering device further comprises driving means for lowering the frame together with the root end insert, the driving means comprising two synchronized hydraulic cylinders , each hydraulic cylinder comprising a piston chamber and a rod chamber, wherein the piston chamber and the rod chamber of each cylinder are connected to each other via a respective valve assembly comprising a fluid line and a valve .
A circumferential light guide for an electronic cigarette , comprising: a partial circumferential feature ; opposing longitudinally-extending slot walls on either side of the partial circumferential feature , the opposing longitudinally-extending slot walls configured and arranged to receive and direct light into the partial circumferential feature ; a circuit board receiving slot between the longitudinally-extending slot walls ; and an outer surface including variable surface texture, the variable surface texture configured and arranged to distribute light, entering the partial circumferential feature from the opposing longitudinally-extending slot walls , along the outer surface of the circumferential light guide . a partial circumferential feature ; opposing longitudinally-extending slot walls on either side of the partial circumferential feature , the opposing longitudinally-extending slot walls configured and arranged to receive and direct light into the partial circumferential feature ; a circuit board receiving slot between the longitudinally-extending slot walls ; and an outer surface including variable surface texture, the variable surface texture configured and arranged to distribute light, entering the partial circumferential feature from the opposing longitudinally-extending slot walls , along the outer surface of the circumferential light guide .
A terminal device including a transmission unit , the terminal device comprising: a reception unit configured to receive a radio resource control, RRC, message including measurement configuration information, wherein the measurement configuration information includes a physical quantity configuration, quantityConfig, and Measurement objects; a measurement unit configured to perform a first measurement and a second measurement based on the measurement configuration information, wherein the measurement unit is further configured to apply a layer 3 filtering to a measurement result of the first measurement on the basis of the physical quantity configuration including at least a filtering coefficient of the layer 3 filtering, the Measurement objects include at least a measurement timing configuration used for the second measurement, characterized in that the transmission unit is configured to transmit a message including (a) the measurement result of the first measurement applied with the layer 3 filtering and (b) a measurement result of the second measurement based on the measurement timing configuration, the first measurement is a measurement of a Reference Signal Received Power, RSRP, or a Reference Signal Received Quality, RSRQ, and. the second measurement is a measurement of a Received Signal Strength Indicator, RSSI. a reception unit configured to receive a radio resource control, RRC, message including measurement configuration information, wherein the measurement configuration information includes a physical quantity configuration, quantityConfig, and Measurement objects; a measurement unit configured to perform a first measurement and a second measurement based on the measurement configuration information, wherein the measurement unit is further configured to apply a layer 3 filtering to a measurement result of the first measurement on the basis of the physical quantity configuration including at least a filtering coefficient of the layer 3 filtering, the Measurement objects include at least a measurement timing configuration used for the second measurement, characterized in that the transmission unit is configured to transmit a message including (a) the measurement result of the first measurement applied with the layer 3 filtering and (b) a measurement result of the second measurement based on the measurement timing configuration, the first measurement is a measurement of a Reference Signal Received Power, RSRP, or a Reference Signal Received Quality, RSRQ, and. the second measurement is a measurement of a Received Signal Strength Indicator, RSSI.
A fan assembly for a gas turbine engine, the fan assembly comprising: a rotor coupled to at least one fan blade ; a spinner ; the spinner including an edge , the edge being electrically conductive; characterised in that : the edge extends to and engages the at least one fan blade , such that the edge provides an electrical ground for the at least one fan blade . a rotor coupled to at least one fan blade ; a spinner ; the spinner including an edge , the edge being electrically conductive;
A process for providing a hydrogen stream to a process utilizing hydrogen comprising (a) obtaining a gas stream containing hydrogen; (b) compressing said gas stream to a pressure of 3447.4 kPa to 6894.8 kPa (500 to 1000 psig) to produce a compressed gas stream; (c) sending said compressed gas stream to a pressure swing adsorption unit containing a plurality of beds with at least 5 pressure equalization steps to produce a hydrogen stream; and (d) sending said hydrogen stream to a hydrogen consuming process; the process further comprising cooling said compressed gas stream to a temperature from 30 °C to 50 °C to produce a cooled compressed gas stream before said compressed gas stream is sent to said pressure swing adsorption unit. (a) obtaining a gas stream containing hydrogen; (b) compressing said gas stream to a pressure of 3447.4 kPa to 6894.8 kPa (500 to 1000 psig) to produce a compressed gas stream; (c) sending said compressed gas stream to a pressure swing adsorption unit containing a plurality of beds with at least 5 pressure equalization steps to produce a hydrogen stream; and (d) sending said hydrogen stream to a hydrogen consuming process;
An endoscope with an endoscope shaft and a main body connected to the endoscope shaft , which body comprises a camera connection to which an optical recording device can be mechanically fixed, wherein the main body is electrically conductive and the camera connection comprises an electric insulating body , characterized in that the camera connection comprises a metallic ring nut with an external thread onto which a corresponding internal thread of the optical recording device can be screwed, wherein the metallic ring nut is arranged on the electric insulating body such that the metallic ring nut is electrically insulated from the main body in order to insulate an optical recording device , mechanically fixed to the camera connection , from the main body .
A driving assistance device that is used in a vehicle (V) capable of switching between autonomous driving and driving that requires operation by a driver, the driving assistance device comprising: a different vehicle information acquisition unit configured to acquire autonomous driving information on different vehicles (VA to VF) that travel on a traveling road of the vehicle (V); an autonomous driving ratio acquisition unit configured to acquire a ratio of autonomous driving among the different vehicles (VA to VF) from the autonomous driving information on the different vehicles (VA to VF) acquired by the different vehicle information acquisition unit ; and a notification control unit configured to provide information for supporting determination on switching between autonomous driving and driving that requires operation by a driver, in accordance with the ratio of autonomous driving among the different vehicles (VA to VF), wherein the notification control unit is configured to give a notice of recommendation for switching to the autonomous driving if the ratio of autonomous driving is equal to or larger than a predetermined ratio, characterized in that the predetermined ratio is changed depending on a road type of the traveling road of the vehicle (V). a different vehicle information acquisition unit configured to acquire autonomous driving information on different vehicles (VA to VF) that travel on a traveling road of the vehicle (V); an autonomous driving ratio acquisition unit configured to acquire a ratio of autonomous driving among the different vehicles (VA to VF) from the autonomous driving information on the different vehicles (VA to VF) acquired by the different vehicle information acquisition unit ; and a notification control unit configured to provide information for supporting determination on switching between autonomous driving and driving that requires operation by a driver, in accordance with the ratio of autonomous driving among the different vehicles (VA to VF), wherein the notification control unit is configured to give a notice of recommendation for switching to the autonomous driving if the ratio of autonomous driving is equal to or larger than a predetermined ratio, characterized in that the predetermined ratio is changed depending on a road type of the traveling road of the vehicle (V).
A system iron comprising: a body including therein a steam generator for generating steam; an ironing plate disposed on the body so as to spray the steam generated by the steam generator to an outside; a height adjustment box , which is retracted into the body and extended outwards from the body so as to adjust a height of the ironing plate ; a lock including a first bar , which projects outwards from the height adjustment box so as to limit movement of the height adjustment box ; a lock holder , which is connected to two side surfaces of an end of the lock so as to change a position of the first bar , thereby allowing the height adjustment box to be moved; and a height adjustment lever for moving the lock holder via a wire . wherein the lock includes: the first bar , which is rotated about a hinge shaft and a portion of which projects outwards from the height adjustment box ; and a second bar , which is connected at two side surfaces thereof to the lock holder and which changes a position of the first bar by movement of the lock holder , wherein the lock holder includes: a top bar connected to the height adjustment lever via the wire ; and a pair of side bars , which are bent downwards at two ends of the top bar and are respectively connected to the two side surfaces of the second bar of the lock . a body including therein a steam generator for generating steam; an ironing plate disposed on the body so as to spray the steam generated by the steam generator to an outside; a height adjustment box , which is retracted into the body and extended outwards from the body so as to adjust a height of the ironing plate ; a lock including a first bar , which projects outwards from the height adjustment box so as to limit movement of the height adjustment box ; a lock holder , which is connected to two side surfaces of an end of the lock so as to change a position of the first bar , thereby allowing the height adjustment box to be moved; and a height adjustment lever for moving the lock holder via a wire . wherein the lock includes: the first bar , which is rotated about a hinge shaft and a portion of which projects outwards from the height adjustment box ; and a second bar , which is connected at two side surfaces thereof to the lock holder and which changes a position of the first bar by movement of the lock holder , the first bar , which is rotated about a hinge shaft and a portion of which projects outwards from the height adjustment box ; and a second bar , which is connected at two side surfaces thereof to the lock holder and which changes a position of the first bar by movement of the lock holder , a top bar connected to the height adjustment lever via the wire ; and a pair of side bars , which are bent downwards at two ends of the top bar and are respectively connected to the two side surfaces of the second bar of the lock .
A dispenser , comprising: a base adapted to receive a volatile material containing reservoir therein; a cover attached to the base having: a plurality of apertures ; at least one series of circumferentially disposed ports ; and an arc-shaped opening disposed in-line with the circumferentially disposed ports and a regulating plate operatively attached to the cover and having: a plurality of windows ; and at least one series of bores , wherein the dispenser is configured such that manipulation of the regulating plate allows for: the registration of the bores and the ports ; the registration of the bores and the arc-shaped opening ; the plurality of apertures and the at least one window to control release of the volatile material. a base adapted to receive a volatile material containing reservoir therein; a cover attached to the base having: a plurality of apertures ; at least one series of circumferentially disposed ports ; and an arc-shaped opening disposed in-line with the circumferentially disposed ports and a plurality of apertures ; at least one series of circumferentially disposed ports ; and an arc-shaped opening disposed in-line with the circumferentially disposed ports and a regulating plate operatively attached to the cover and having: a plurality of windows ; and at least one series of bores , wherein the dispenser is configured such that manipulation of the regulating plate allows for: the registration of the bores and the ports ; the registration of the bores and the arc-shaped opening ; the plurality of apertures and the at least one window to control release of the volatile material. the registration of the bores and the ports ; the registration of the bores and the arc-shaped opening ; the plurality of apertures and the at least one window to control release of the volatile material.
A method of detecting changes in distance between a first wireless device and a second wireless device, the method comprising: determining a variation of a parameter over time, based on measurements of first timing signals transmitted between the first wireless device and the second wireless device, wherein the variation of the parameter depends on a distance between the first wireless device and the second wireless device, and comprises periodic step transitions as a result of relative clock drift between the first wireless device and the second wireless device; based on the determined variation of the parameter, predicting a time at which a periodic step transition is expected to occur; determining a value of the parameter based on measurements of second timing signals, the second timing signals being subsequently transmitted between the first wireless device and the second wireless device close to the predicted time; and responsive to a determination that the determined value of the parameter differs from an expected value of the parameter, determining that the distance between the first wireless device and the second wireless device has changed. determining a variation of a parameter over time, based on measurements of first timing signals transmitted between the first wireless device and the second wireless device, wherein the variation of the parameter depends on a distance between the first wireless device and the second wireless device, and comprises periodic step transitions as a result of relative clock drift between the first wireless device and the second wireless device; based on the determined variation of the parameter, predicting a time at which a periodic step transition is expected to occur; determining a value of the parameter based on measurements of second timing signals, the second timing signals being subsequently transmitted between the first wireless device and the second wireless device close to the predicted time; and responsive to a determination that the determined value of the parameter differs from an expected value of the parameter, determining that the distance between the first wireless device and the second wireless device has changed.
Process for producing a powder formulation which contains particles, characterized in that a) a solution comprising components i) to iii): i) an anticholinergic of formula 1 wherein X - denotes a negatively charged anion, ii) at least one embedding material selected from the group consisting of mono- or disaccharides, oligosaccharides, polymers, sugar alcohols and cholesterol, iii) a sufficient amount of an organic, physiologically acceptable acid such that the solution has a pH of <7 before atomization according to step b), is provided in a suitable solvent, and subsequently the following steps are carried out, b) atomizing the solution from step a) in a hot air current c) drying the atomized solution from step b) to form a powder containing particles d) separating off the powder from step c) using a cyclone or filters. a) a solution comprising components i) to iii): i) an anticholinergic of formula 1 wherein X - denotes a negatively charged anion, ii) at least one embedding material selected from the group consisting of mono- or disaccharides, oligosaccharides, polymers, sugar alcohols and cholesterol, iii) a sufficient amount of an organic, physiologically acceptable acid such that the solution has a pH of <7 before atomization according to step b), is provided in a suitable solvent, and subsequently the following steps are carried out, i) an anticholinergic of formula 1 wherein X - denotes a negatively charged anion, ii) at least one embedding material selected from the group consisting of mono- or disaccharides, oligosaccharides, polymers, sugar alcohols and cholesterol, iii) a sufficient amount of an organic, physiologically acceptable acid such that the solution has a pH of <7 before atomization according to step b), is provided in a suitable solvent, and subsequently the following steps are carried out, b) atomizing the solution from step a) in a hot air current c) drying the atomized solution from step b) to form a powder containing particles d) separating off the powder from step c) using a cyclone or filters.
A method to analyze the activity of an ion channel comprising the following steps: (i) providing in a hydrophobic medium a first droplet D 1 of an aqueous solution AS 1 comprising a concentration c 1 of an ion I with c 1 ≥ 0, wherein the droplet D 1 is surrounded by a monolayer of amphiphilic molecules , (ii) providing in the said hydrophobic medium a second droplet D 2 of an aqueous solution AS 2 comprising a concentration c 2 of the ion I with c 2 ≥ 0 and c 2 ≠ c 1 , wherein the droplet D 2 is surrounded by a monolayer of amphiphilic molecules further comprising the ion channels to be analyzed, (iii) bringing the first droplet D 1 and the second droplet D 2 into contact so as to form a bilayer of amphiphilic molecules in the contact area, wherein the bilayer of amphiphilic molecules further comprises ion channels to be analyzed, and measuring the radius of the two droplets when they are brought into contact referred to as initial state, and (iv) maintaining the first droplet D 1 and the second droplet D 2 into contact until equilibrium is reached and measuring the radius of the two contacted droplets or determining the number of resulting droplet(s) at the equilibrium referred to as equilibrium state, wherein the ion channel is inactive when the difference of the radius of at least one droplet between its initial state and its equilibrium state is at least 10% or when only one droplet is obtained at the equilibrium state. (i) providing in a hydrophobic medium a first droplet D 1 of an aqueous solution AS 1 comprising a concentration c 1 of an ion I with c 1 ≥ 0, wherein the droplet D 1 is surrounded by a monolayer of amphiphilic molecules , (ii) providing in the said hydrophobic medium a second droplet D 2 of an aqueous solution AS 2 comprising a concentration c 2 of the ion I with c 2 ≥ 0 and c 2 ≠ c 1 , wherein the droplet D 2 is surrounded by a monolayer of amphiphilic molecules further comprising the ion channels to be analyzed, (iii) bringing the first droplet D 1 and the second droplet D 2 into contact so as to form a bilayer of amphiphilic molecules in the contact area, wherein the bilayer of amphiphilic molecules further comprises ion channels to be analyzed, and measuring the radius of the two droplets when they are brought into contact referred to as initial state, and (iv) maintaining the first droplet D 1 and the second droplet D 2 into contact until equilibrium is reached and measuring the radius of the two contacted droplets or determining the number of resulting droplet(s) at the equilibrium referred to as equilibrium state,