mhurhangee/ep-ind-claims huggingface dataset:
An aircraft comprising an air conditioning system and a fuel tank inerting system, the fuel tank inerting system comprising: a first air flow provided from a first source having a first temperature; a second air flow (Ac) including cabin outflow air having a second temperature, the first temperature being greater than the second temperature; a fuel tank inerting heat exchanger arranged in fluid communication with both the first air flow and the second air flow and configured to transfer heat from the first air flow to the second air flow; and at least one air separating module configured to separate an inert gas from the first air flow output from the fuel tank inerting heat exchanger; wherein the fuel tank inerting heat exchanger is operably coupled with the air conditioning system, characterised in that the first air flow is not conditioned by the air conditioning system before reaching the fuel tank inerting heat exchanger. a first air flow provided from a first source having a first temperature; a second air flow (Ac) including cabin outflow air having a second temperature, the first temperature being greater than the second temperature; a fuel tank inerting heat exchanger arranged in fluid communication with both the first air flow and the second air flow and configured to transfer heat from the first air flow to the second air flow; and at least one air separating module configured to separate an inert gas from the first air flow output from the fuel tank inerting heat exchanger; wherein the fuel tank inerting heat exchanger is operably coupled with the air conditioning system, characterised in that the first air flow is not conditioned by the air conditioning system before reaching the fuel tank inerting heat exchanger.
A stir stick dispenser (1; 30) for a beverage vending machine, the stir stick dispenser comprising a fixed frame; a stir stick magazine carried by the fixed frame and configured to house a stack of stir sticks resting on a support surface; an extractor arranged below the stir stick magazine to individually extract the stir sticks from the stack; wherein the extractor is coupled to the fixed frame and is motorised to move in an extraction direction transversal to a longitudinal axis of the stir sticks between a retracted rest position, in which the stack is resting on the support surface, and an advanced extraction position, in which the stir stick at the bottom of the stack is extracted; and a drop chute having an inlet adjacent to the extractor to receive therefrom one stir stick at a time and an outlet arranged below the inlet to supply the stir stick into an underlying beverage container; characterised by comprising movable retention means arranged inside the drop chute and back and forth movable therein to temporarily stop the stir stick as it drops towards the outlet; the movable retention means comprising a movable stopping member carried by the extractor and configured to cooperate in abutment against the stir stick.
Method for operating a vacuum gripping device comprising a suction gripper unit, which is provided with at least one suction gripper and which can be connected, via a control valve device connected to the suction gripper unit, selectively to a vacuum source causing a negative pressure in the suction gripper or to a positive pressure source generating an ejector pulse in the suction gripper, wherein the ejector pulse is generated as a function of the actual pressure established in the suction gripper unit after its connection to the positive pressure source, characterised in that, during the generation of the ejector pulse, an actual pressure prevailing in the suction gripper unit is measured and the positive pressure source is disconnected from the suction gripper unit by means of the control valve device when a pressure drop is detected during the measurement of the actual pressure.
Method of assessing rotor temperature (Tpm) during operation of a permanent magnet synchronous machine, in particular multiple winding set machine, comprising a stator having at least one winding set (15, 17), in particular multiple winding sets, the method comprising: providing (eq.), as a flux model, temperature dependent reference flux linkage values (psi*(T1pm,Is), 97) for different rotor temperature values (T1pm) and multiple current values (Is) of an operating winding set (15, 17); measuring an actual rotor temperature value (T1pm); measuring an actual stator temperature value (T1 stator,91); measuring an actual current value (Is) of an operating winding set; deriving (eq. or or) a reference flux linkage value (psi *, 97) for the measured actual rotor temperature value and the measured actual stator temperature value and the measured actual current value of the operating winding set using the flux model; obtaining a voltage value (Vabc, Vdq*, 103) related to at least one winding set; deriving (eq. or) an estimated flux linkage value (psi^, 107) based on the obtained voltage value, in particular further based on current values and/or machine parameters; deriving (eq.) a rotor temperature offset based on the difference between the reference flux linkage value for the measured actual rotor temperature value and the estimated flux linkage value; and assessing the rotor temperature based on the rotor temperature offset, in particular the rotor hotspot temperature. providing (eq.), as a flux model, temperature dependent reference flux linkage values (psi*(T1pm,Is), 97) for different rotor temperature values (T1pm) and multiple current values (Is) of an operating winding set (15, 17); measuring an actual rotor temperature value (T1pm); measuring an actual stator temperature value (T1 stator,91); measuring an actual current value (Is) of an operating winding set; deriving (eq. or or) a reference flux linkage value (psi *, 97) for the measured actual rotor temperature value and the measured actual stator temperature value and the measured actual current value of the operating winding set using the flux model; obtaining a voltage value (Vabc, Vdq*, 103) related to at least one winding set; deriving (eq. or) an estimated flux linkage value (psi^, 107) based on the obtained voltage value, in particular further based on current values and/or machine parameters; deriving (eq.) a rotor temperature offset based on the difference between the reference flux linkage value for the measured actual rotor temperature value and the estimated flux linkage value; and assessing the rotor temperature based on the rotor temperature offset, in particular the rotor hotspot temperature.
A dynamin ring stabilizer or a pharmaceutically acceptable salt thereof, for use in the prophylaxis or treatment of podocyte foot process effacement, or for inducing formation of cell focal adhesions and/or maintaining, and/or inducing, actin cytoskeleton in the prophylaxis or treatment of a kidney disease or condition characterized by proteinuria.
A method of tune away in a wireless system, comprising: initiating a data session via a first subscription in a multi-subscriber identity module, SIM, multi-standby user equipment, UE; determining that a data rate associated with the data session is less than a threshold data rate value; establishing a modified tune away frequency for allowing the data rate associated with the data session to increase, based on the determining; and tuning a radio resource away to a second subscription based on the modified tune away frequency. initiating a data session via a first subscription in a multi-subscriber identity module, SIM, multi-standby user equipment, UE; determining that a data rate associated with the data session is less than a threshold data rate value; establishing a modified tune away frequency for allowing the data rate associated with the data session to increase, based on the determining; and tuning a radio resource away to a second subscription based on the modified tune away frequency.
A tool assembly for monitoring reservoir water properties and reservoir production performance at a borehole, the tool assembly comprising: a water salinity measuring probe that includes a pair of electrodes, wherein the water salinity measuring probe is mounted at a tip of the tool assembly and configured to measure a water conductivity between the pair of electrodes when the tool assembly is immersed inside the borehole; a spinner tool configured to measure a total flow rate at where the tool assembly is immersed inside the borehole, wherein the spinner tool is located above the water salinity measuring probe when the tool assembly is immersed inside the borehole; and a temperature probe configured to measure a temperature at where the tool assembly is immersed inside the borehole, wherein the temperature probe is located above the spinner tool when the tool assembly is immersed inside the borehole. a water salinity measuring probe that includes a pair of electrodes, wherein the water salinity measuring probe is mounted at a tip of the tool assembly and configured to measure a water conductivity between the pair of electrodes when the tool assembly is immersed inside the borehole; a spinner tool configured to measure a total flow rate at where the tool assembly is immersed inside the borehole, wherein the spinner tool is located above the water salinity measuring probe when the tool assembly is immersed inside the borehole; and a temperature probe configured to measure a temperature at where the tool assembly is immersed inside the borehole, wherein the temperature probe is located above the spinner tool when the tool assembly is immersed inside the borehole.
An RFID reading device consisting of a reading unit and an antenna arrangement which is coupled to the reading unit and of which at least one emitter element is switchable between at least two polarisation planes pointing orthogonally relative to one another, each polarisation plane being assigned at least one separate port via which, if one of the available polarisation planes is switchably selected, the reading unit is connected to the at least one emitter element and the other ports which are respectively not connected to the reading unit are open, i.e. not terminated by the terminating resistors, characterised in that the antenna arrangement comprises a switch which can be remotely controlled by the reading unit via the feed line and by means of which the feed line can be connected to one of the selectable ports, in that an operating voltage is supplied via the same feed line to the switch or additional electronic components of the antenna arrangement and switching commands can be transmitted, also via the same feed line, as voltage changes in the operating voltage, from the reading unit to the switch or controllable components (54, 56), in that sensor signals can be transmitted to the reading unit through changes in current via the same feed line from electronic components of the antenna arrangement which are configured as sensors, wherein one of the sensors is a power meter with which the transmission power can be measured directly at the at least one emitter element and can be transmitted as a sensor signal to a transmission power controller of the reading unit and evaluated by the transmission power controller as a control deviation for controlling the transmission power.
A gas valve (26, 58, 72, 78), comprising: a valve body (28, 60), including a gas inlet (301, 622), a gas outlet (324, 644), an inlet passage (303, 624) communicating with the gas inlet (301, 622), an outlet passage (322, 642, 742, 802) communicating with the gas outlet (324, 644), and an opening (304, 626) disposed between the inlet passage (303, 624) and the outlet passage (322, 642, 742, 802); a flow regulator (34, 66), being movably disposed at the opening (304, 626) of the valve body (28, 60), wherein the flow regulator (34, 66) is driven to change an opening degree of the opening (304, 626); a hot film anemometer (38, 68), disposed in the valve body (28, 60), wherein the hot film anemometer (38, 68) includes a probe which includes a hot film resistor exposed to the outlet passage (322, 642, 742, 802) to sense a gas flow rate passing through the outlet passage (322, 642, 742, 802); and a driver, disposed in the valve body (28, 60) and connected to the flow regulator (34, 66), wherein the driver is adapted to receive a control signal to drive the flow regulator (34, 66) to move, characterized in that the gas valve (26, 58, 72, 78) further comprises a flow guiding member (48, 76, 82) disposed in the outlet passage (322, 642, 742, 802); and that the probe of the hot film anemometer (38, 68) is disposed between the flow guiding member (48, 76, 82) and the gas outlet (324, 644). a valve body (28, 60), including a gas inlet (301, 622), a gas outlet (324, 644), an inlet passage (303, 624) communicating with the gas inlet (301, 622), an outlet passage (322, 642, 742, 802) communicating with the gas outlet (324, 644), and an opening (304, 626) disposed between the inlet passage (303, 624) and the outlet passage (322, 642, 742, 802); a flow regulator (34, 66), being movably disposed at the opening (304, 626) of the valve body (28, 60), wherein the flow regulator (34, 66) is driven to change an opening degree of the opening (304, 626); a hot film anemometer (38, 68), disposed in the valve body (28, 60), wherein the hot film anemometer (38, 68) includes a probe which includes a hot film resistor exposed to the outlet passage (322, 642, 742, 802) to sense a gas flow rate passing through the outlet passage (322, 642, 742, 802); and a driver, disposed in the valve body (28, 60) and connected to the flow regulator (34, 66), wherein the driver is adapted to receive a control signal to drive the flow regulator (34, 66) to move, characterized in that the gas valve (26, 58, 72, 78) further comprises a flow guiding member (48, 76, 82) disposed in the outlet passage (322, 642, 742, 802); and that the probe of the hot film anemometer (38, 68) is disposed between the flow guiding member (48, 76, 82) and the gas outlet (324, 644).
A method of receiving an event notification message of a home device by a mobile terminal in a home network system, the method comprising: receiving a push message including information on the home device, in which an event is generated, from a push server when an application of the mobile terminal is not executed; based on receiving the push message, executing an application of the mobile terminal; and receiving an event notification message from the home device when the application of the mobile terminal is executed, wherein the application is used for receiving the event notification message. receiving a push message including information on the home device, in which an event is generated, from a push server when an application of the mobile terminal is not executed; based on receiving the push message, executing an application of the mobile terminal; and receiving an event notification message from the home device when the application of the mobile terminal is executed, wherein the application is used for receiving the event notification message.
A sulfide solid electrolyte containing aluminum in an amount of 100 to 1000 ppm by mass for the whole of the sulfide solid electrolyte, inclusive, having lithium ion conductivity, and containing a lithium element, a phosphorus element, and a sulfur element, wherein aluminum constitutes an aluminum oxide compound; and the sulfide solid electrolyte having an argyrodite-type crystal structure. wherein aluminum constitutes an aluminum oxide compound; and the sulfide solid electrolyte having an argyrodite-type crystal structure.
A reducing gas supplying apparatus, comprising: a chamber defining a space in which soldering is performed on a target object; a vaporizer for generating a reducing gas to be supplied into the chamber, the vaporizer being configured to receive a reducing liquid to be converted into the reducing gas and vaporize the reducing liquid to generate the reducing gas; an intermediate container for temporarily reserving the reducing liquid before the reducing liquid in a reducing liquid bottle containing the reducing liquid is introduced into the vaporizer; a transport tube for directing the reducing liquid in the reducing liquid bottle to the intermediate container; a supply tube for directing the reducing liquid in the intermediate container to the vaporizer; a transport part for delivering the reducing liquid in the reducing liquid bottle into the intermediate container; and a supply part for delivering the reducing liquid in the intermediate container into the vaporizer; wherein the transport part includes a vacuum tube and a vacuum pump, the vacuum tube discharging gas in the intermediate container without going through the vaporizer, the vacuum pump being installed in the vacuum tube and being configured to create a negative pressure in the intermediate container. a chamber defining a space in which soldering is performed on a target object; a vaporizer for generating a reducing gas to be supplied into the chamber, the vaporizer being configured to receive a reducing liquid to be converted into the reducing gas and vaporize the reducing liquid to generate the reducing gas; an intermediate container for temporarily reserving the reducing liquid before the reducing liquid in a reducing liquid bottle containing the reducing liquid is introduced into the vaporizer; a transport tube for directing the reducing liquid in the reducing liquid bottle to the intermediate container; a supply tube for directing the reducing liquid in the intermediate container to the vaporizer; a transport part for delivering the reducing liquid in the reducing liquid bottle into the intermediate container; and a supply part for delivering the reducing liquid in the intermediate container into the vaporizer; wherein the transport part includes a vacuum tube and a vacuum pump, the vacuum tube discharging gas in the intermediate container without going through the vaporizer, the vacuum pump being installed in the vacuum tube and being configured to create a negative pressure in the intermediate container.
A liquid discharge apparatus, comprising: a plurality of discharge portions that include a discharge orifice configured to discharge liquid, an energy-generating element configured to generate energy used to discharge liquid from the discharge orifice, and a pressure chamber having the energy-generating element within; a common supply channel for liquid, connected to the plurality of discharge portions; a common recovery channel for liquid, connected to the plurality of discharge portions; an adjustment channel connecting the common supply channel and the common recovery channel; a first valve that is provided in the adjustment channel and is opened under a first opening pressure; and first fluid means configured to cause the liquid to flow from the common supply channel toward the common recovery channel, wherein channel resistance of the adjustment channel is smaller than channel resistance of the discharge portion, characterized in that the liquid discharge apparatus further comprises a second valve, which is provided to the common supply channel at a side further upstream than portions connecting to the plurality of discharge portions, and is opened under a second opening pressure that is smaller than the first opening pressure. a plurality of discharge portions that include a discharge orifice configured to discharge liquid, an energy-generating element configured to generate energy used to discharge liquid from the discharge orifice, and a pressure chamber having the energy-generating element within; a discharge orifice configured to discharge liquid, an energy-generating element configured to generate energy used to discharge liquid from the discharge orifice, and a pressure chamber having the energy-generating element within; a common supply channel for liquid, connected to the plurality of discharge portions; a common recovery channel for liquid, connected to the plurality of discharge portions; an adjustment channel connecting the common supply channel and the common recovery channel; a first valve that is provided in the adjustment channel and is opened under a first opening pressure; and first fluid means configured to cause the liquid to flow from the common supply channel toward the common recovery channel, wherein channel resistance of the adjustment channel is smaller than channel resistance of the discharge portion, characterized in that the liquid discharge apparatus further comprises a second valve, which is provided to the common supply channel at a side further upstream than portions connecting to the plurality of discharge portions, and is opened under a second opening pressure that is smaller than the first opening pressure.
Apparatus for mapping a body cavity of a subject, comprising: a probe, having a distal end configured for insertion into a body cavity and comprising a contact sensor for measuring a respective contact quality between the probe and a tissue at multiple locations in the body cavity; and a console, which is configured to receive inputs from the probe that are indicative of the contact quality at each of the respective locations, to reject the inputs for which the respective contact quality is outside a defined range, and to create a map of the body cavity using the inputs that are not rejected; wherein the probe comprises a position transducer, which is configured to provide to the console an input indicative of location coordinates of a distal end of the probe inside the body cavity, wherein the position transducer is configured to provide the location coordinates to the console only when the contact quality is within the defined range; wherein the contact sensor is configured to measure a pressure exerted on a distal end of the probe, and wherein the contact sensor comprises a force sensor within the probe; and characterised in that the console is configured to add tags to the map indicating the respective contact quality at one or more of the locations. a probe, having a distal end configured for insertion into a body cavity and comprising a contact sensor for measuring a respective contact quality between the probe and a tissue at multiple locations in the body cavity; and a console, which is configured to receive inputs from the probe that are indicative of the contact quality at each of the respective locations, to reject the inputs for which the respective contact quality is outside a defined range, and to create a map of the body cavity using the inputs that are not rejected; wherein the probe comprises a position transducer, which is configured to provide to the console an input indicative of location coordinates of a distal end of the probe inside the body cavity, wherein the position transducer is configured to provide the location coordinates to the console only when the contact quality is within the defined range; wherein the contact sensor is configured to measure a pressure exerted on a distal end of the probe, and wherein the contact sensor comprises a force sensor within the probe; and characterised in that the console is configured to add tags to the map indicating the respective contact quality at one or more of the locations.