mhurhangee/ep-ind-claims huggingface dataset:
Air conditioning system for a car comprising a housing, at least one evaporator and an outlet path for condensation water that condenses on the evaporator, wherein the outlet path consists of a condensation water collection area and a condensation water removal section, the condensation water collection area being a collecting bowl, the collecting bowl being limited on one side by a collection wall, the condensation water removal section comprising at least one condensation water removal canal extending from the collecting bowl, beneath the collection wall or through at least one opening arranged within the collection wall, to at least one water outlet opening, the condensation water removal canal having a closed cross section, the condensation water removal canal having a cover, the condensation water collection area being formed directly downstream from the evaporator, characterized in that the collection wall has two openings that are arranged in the y-direction of the vehicle and in that the condensation water removal canal comprises two coalescing branches extending from the openings to the one water outlet opening.
A method of controlled ring-opening polymerization reaction of cyclic compounds catalyzed by a carbon dioxide adduct of carbene, wherein the carbon dioxide adduct of carbene has a structure represented by formula wherein the dotted line together with the solid line parallel to the dotted line represents a single bond or a double bond; X 1 is chosen from S and N; X 2 is chosen from C and N; R 1 and R 2 can be the same or different and are chosen from hydrogen, alkyl groups having 1 to 10 carbon atoms, alkyl groups having 1 to 10 carbon atoms and also having one or more substituents chosen from a halogen atom, a hydroxyl group, a phenyl group, and a cyano group, cycloalkyl groups having 3 to 6 carbon atoms, a halogen atom, an adamantyl group, a phenyl group, and a substituted phenyl group; R 3 and R 4 can be the same or different and are chosen from hydrogen, a halogen atom, a cyano group, a hydroxyl group, alkyl groups having 1 to 4 carbon atoms, alkyl groups having 1 to 4 carbon atoms and also having one or more substituents chosen from a halogen atom, a hydroxyl group, a phenyl group, and a cyano group, a phenyl group, and a substituted phenyl group; and alternatively, R 3 and R 4 are connected to form cycloalkyl or cycloalkenyl rings having 3 to 8 carbon atoms; or R 3 and R 4 are connected to form a benzene ring; or R 2 and R 3 are connected to form 5-membered or 6-membered N -heterocyclic rings having no substituent.
Aperture for a photographic or film camera lens or for a photographic or film camera, characterized in that the aperture has a device (1'; 1") which at least partially defines an ellipse-like opening (2'; 2") whose major and minor axes are stationary, wherein the device (1'; 1") comprises two blades (1'; 1") defining therebetween the ellipse-like opening (2'; 2") and upon stopping down move linearly towards each other in a direction perpendicular to the major axis of the ellipse-like opening so that the ellipse-like opening (2'; 2") gets narrower, and wherein the aperture comprises an iris in addition to the device (1'; 1").
A method for a terminal to transmit scheduling request, SR, control information in a wireless communication system that supports carrier aggregation between a first base station and a second base station, comprising: receiving information on transmission of the SR control information from the first base station and the second base station; determining a destination base station to transmit the SR control information among the first base station and the second base station based on at least one of a power headroom indicating available power by the terminal, and a condition as to whether a cell-configuring carrier aggregation is activated, if a transmission of an uplink data is needed; transmitting, to the first base station, the SR control information based on an uplink frequency of the first base station and the received information on transmission of the SR control information, if the destination base station is determined to the first base station; after transmitting the SR control information, determining whether scheduling control information is received via a downlink frequency corresponding to the first base station for a preset period of time; and when the scheduling control information has not been received within the preset period of time, performing random access for requesting the scheduling control information to the first base station. receiving information on transmission of the SR control information from the first base station and the second base station; determining a destination base station to transmit the SR control information among the first base station and the second base station based on at least one of a power headroom indicating available power by the terminal, and a condition as to whether a cell-configuring carrier aggregation is activated, if a transmission of an uplink data is needed; transmitting, to the first base station, the SR control information based on an uplink frequency of the first base station and the received information on transmission of the SR control information, if the destination base station is determined to the first base station; after transmitting the SR control information, determining whether scheduling control information is received via a downlink frequency corresponding to the first base station for a preset period of time; and when the scheduling control information has not been received within the preset period of time, performing random access for requesting the scheduling control information to the first base station.
Post and crossmember structure, in particular for facades, skylights or pitched roofs, with a carrier profile on which two filler elements are held by the edge on sealing strips, wherein a strip-like insulating element (40, 60, 80, 100) is arranged in a cavity between opposing end faces of the filler elements, wherein the insulating element (40, 60, 80, 100) is pushed onto at least one bolt, and the at least one bolt passes through the insulating element (40, 60, 80, 100) or is pushed through the insulating element (40, 60, 80, 100), and the insulating element (40, 60, 80, 100) is pushed onto several bolts, wherein the insulating element (40, 60, 100) has two parallel webs (41, 61, 101) which extend in the direction from the outside to an inside of the filler elements, and the at least one bolt is guided between the two webs (41, 61, 101), characterised in that the insulating element (40, 60, 80, 100) is made from at least two different materials and the webs (41, 61, 101) consist of a harder material than a filler material (46, 101) between the webs (41, 61, 101).
A clock distribution node arranged to synchronize one or more remote clocks with a local clock, the clock distribution node to: calculate a first time offset between the local clock and one of the one or more remote clocks from a spatial interference pattern between a spatially aligned local pulse sequence from the local clock and remote pulse sequence from the remote clock; receive a second time offset from a remote node; and apply a time offset value based on a difference between the first and second time offsets to the remote clock to synchronize the remote clock to the local clock, wherein the local pulse sequence and the remote pulse sequence comprise optical pulse sequences. calculate a first time offset between the local clock and one of the one or more remote clocks from a spatial interference pattern between a spatially aligned local pulse sequence from the local clock and remote pulse sequence from the remote clock; receive a second time offset from a remote node; and apply a time offset value based on a difference between the first and second time offsets to the remote clock to synchronize the remote clock to the local clock, wherein the local pulse sequence and the remote pulse sequence comprise optical pulse sequences.
A tobacco smoke filter or filter element comprising: a longitudinally extending core of tobacco smoke filtering material including an additive spaced longitudinally from a first end of the core; a first wrapper of air-permeable material around the core; and a second wrapper around the first wrapper, the first wrapper defining at least with the second wrapper at least one channel extending longitudinally of the filter from one end thereof; wherein the longitudinally extending core of tobacco smoke filtering material comprises a rod shaped core of tobacco smoke filtering material having fully enclosed therewithin at least one pocket of additive; wherein the filter or filter element is a single section filter or filter element.
A process for producing a substitute natural gas comprising the steps of: feeding a feed gas comprising hydrogen, carbon monoxide and/or carbon dioxide in parallel to a first bulk methanator, a second bulk methanator and one or more subsequent bulk methanators, each bulk methanator containing a methanation catalyst such that the feed gas is at least partially methanated to form a methanated gas stream, wherein the first, second and at least one subsequent methanators are connected in series so that the feed gas to the second and each of the one or more subsequent bulk methanators is diluted with a methanated gas stream recovered from the previous bulk methanator, wherein all of the methanated gas stream recovered from the first bulk methanator is used to dilute the feed gas to the second bulk methanator, a portion of the methanated gas stream recovered from the second or one or more subsequent bulk methanators is recirculated in a recirculation loop to the first bulk methanator and used to dilute the feed gas fed to said first bulk methanator, and wherein at least one bulk methanator is located outside the recirculation loop.
A driving assistance apparatus that assists a transition from an autonomous driving mode in which a vehicle is driven under autonomous control to a manual driving mode in which the vehicle is driven by a driver, comprising: one or more memories (10, 55); and circuitry (3, 4, 5) that, in operation, performs operations including determining a take-over request method which is a method of presenting, in the vehicle, a take-over request that informs the driver that the autonomous driving mode is going to be cancelled, characterized in that the operations further includes detecting a driving-unrelated activity by the driver among a plurality of driving-unrelated activities that may be detected, and detecting a level of concentration on the detected driving-unrelated activity of the driver, wherein the level of concentration is a measure of how much the driver is concentrated on the driving-unrelated activity in which the driver is engaging, and the determining includes determining the take-over request method based on the detected level of concentration on the driving-unrelated activity of the driver among a plurality of take-over request methods associated with the detected driving-unrelated activity, each of the plurality of take-over request methods being associated with a respective level of concentration. one or more memories (10, 55); and circuitry (3, 4, 5) that, in operation, performs operations including determining a take-over request method which is a method of presenting, in the vehicle, a take-over request that informs the driver that the autonomous driving mode is going to be cancelled, characterized in that the operations further includes detecting a driving-unrelated activity by the driver among a plurality of driving-unrelated activities that may be detected, and detecting a level of concentration on the detected driving-unrelated activity of the driver, wherein the level of concentration is a measure of how much the driver is concentrated on the driving-unrelated activity in which the driver is engaging, and detecting a driving-unrelated activity by the driver among a plurality of driving-unrelated activities that may be detected, and detecting a level of concentration on the detected driving-unrelated activity of the driver, wherein the level of concentration is a measure of how much the driver is concentrated on the driving-unrelated activity in which the driver is engaging, and the determining includes determining the take-over request method based on the detected level of concentration on the driving-unrelated activity of the driver among a plurality of take-over request methods associated with the detected driving-unrelated activity, each of the plurality of take-over request methods being associated with a respective level of concentration.
A balloon cytology device configured for taking a sample in an aerodigestive body lumen of a patient, comprising a balloon having an outer surface sized to fit within an esophagus, one or more regions of the outer surface having a tissue collection surface; and a support member having a proximal end region and a distal end region, wherein the support member is connected to the balloon at the distal end region and wherein the minimal length of the support member between the proximal end region and the distal end region is 10 cm, wherein the support member includes a hollow compartment for transferring a gas or liquid to balloon to inflate the balloon, wherein when the balloon is deflated the outer surface folds to form internal regions and external regions, wherein the internal regions contain the tissue collection surface and are not exposed to the esophagus.
Soccer shoe, comprising: an upper comprising knitwear; and a sole which comprises cleats and is connected to the knitwear, wherein the knitwear is capable of coupling the sole to a foot of a wearer of the soccer shoe while the soccer shoe is being worn, wherein the knitwear is capable of extending above an ankle of the foot while it is worn, wherein the knitwear of the upper comprises a first and a second weft knitted or warp knitted layer, and wherein a reinforcement is arranged between the first and the second weft knit or warp knit layer in a shin area of the shoe upper. an upper comprising knitwear; and a sole which comprises cleats and is connected to the knitwear, wherein the knitwear is capable of coupling the sole to a foot of a wearer of the soccer shoe while the soccer shoe is being worn, wherein the knitwear is capable of extending above an ankle of the foot while it is worn, wherein the knitwear of the upper comprises a first and a second weft knitted or warp knitted layer, and wherein a reinforcement is arranged between the first and the second weft knit or warp knit layer in a shin area of the shoe upper.
A non-volatile memory for anti-cloning, comprising: an identification, ID, area, which is located in a specific area of the non-volatile memory, and stores an ID for identification of the non-volatile memory; and an ID encoder for modifying the ID by a preset operation with a random error, wherein the ID area includes a first area in which reading and writing by an external device is prevented, and a second area in which reading is possible by the external device in response to a read command, wherein the ID encoder modifies the ID by the preset operation using the random error, the ID stored in the first area of the ID area, and a value for ID encoding received from a host device. an identification, ID, area, which is located in a specific area of the non-volatile memory, and stores an ID for identification of the non-volatile memory; and an ID encoder for modifying the ID by a preset operation with a random error, wherein the ID area includes a first area in which reading and writing by an external device is prevented, and a second area in which reading is possible by the external device in response to a read command, wherein the ID encoder modifies the ID by the preset operation using the random error, the ID stored in the first area of the ID area, and a value for ID encoding received from a host device.
A milli- or micro-fluidic conduit device comprising - a capillary pump, comprising a solid sorbent enclosed in an enclosure, and having an inlet and an outlet, - a fluid conduit operationally connected to the inlet of the capillary pump, - a gas-permeable liquid-sealed unit with a vent hole wherein said unit is gas-permeable to the outside through the vent hole, the unit being engaged with the fluid conduit at a predetermined location, and - an actuator unit upstream of the fluid conduit, characterized in that the fluid conduit comprises at least three interconnected zones, the at least three interconnected zones comprising: i) a first conduit zone prefilled with a first volume of trigger liquid, upstream of the unit with the vent hole and downstream of the actuator unit, ii) a third conduit zone with a further volume, upstream of the capillary pump but downstream of the unit with the vent hole, and iii) a second conduit zone pre-filled with a working liquid before actuation of the actuator unit, the actuator unit being for moving the working liquid so as to contact the solid sorbent, the second conduit zone being positioned downstream the unit with the vent hole, between the first conduit zone and the third conduit zone and functionally connected to both, and directly connected to the first conduit zone, wherein the first volume is proportionally larger than or equal to the further volume of the third conduit zone. - a capillary pump, comprising a solid sorbent enclosed in an enclosure, and having an inlet and an outlet, - a fluid conduit operationally connected to the inlet of the capillary pump, - a gas-permeable liquid-sealed unit with a vent hole wherein said unit is gas-permeable to the outside through the vent hole, the unit being engaged with the fluid conduit at a predetermined location, and - an actuator unit upstream of the fluid conduit, i) a first conduit zone prefilled with a first volume of trigger liquid, upstream of the unit with the vent hole and downstream of the actuator unit, ii) a third conduit zone with a further volume, upstream of the capillary pump but downstream of the unit with the vent hole, and iii) a second conduit zone pre-filled with a working liquid before actuation of the actuator unit, the actuator unit being for moving the working liquid so as to contact the solid sorbent, the second conduit zone being positioned downstream the unit with the vent hole, between the first conduit zone and the third conduit zone and functionally connected to both, and directly connected to the first conduit zone,
An aircraft comprising: a fuselage, comprising a cargo storage compartment and a wing center section that comprises two frame sections; wings, coupled to the fuselage (108; at the wing center section; and an aircraft cargo restraint system comprising: an attenuator member, fixed at two first attachment locations within the cargo storage compartment; and a cargo restraint, configured to be coupled to the attenuator member at a second attachment location of the attenuator member, located between the two first attachment locations, wherein: the cargo restraint is configured to restrain cargo, loaded on a cargo deck of the cargo storage compartment; the attenuator member is configured to deflect in response to a load, applied to the attenuator member by the cargo restraint; the attenuator member is coupled with the two frame sections at the two first attachment locations; and the attenuator member extends between the two frame sections. a fuselage, comprising a cargo storage compartment and a wing center section that comprises two frame sections; wings, coupled to the fuselage (108; at the wing center section; and an aircraft cargo restraint system comprising: an attenuator member, fixed at two first attachment locations within the cargo storage compartment; and a cargo restraint, configured to be coupled to the attenuator member at a second attachment location of the attenuator member, located between the two first attachment locations, an attenuator member, fixed at two first attachment locations within the cargo storage compartment; and a cargo restraint, configured to be coupled to the attenuator member at a second attachment location of the attenuator member, located between the two first attachment locations, wherein: the cargo restraint is configured to restrain cargo, loaded on a cargo deck of the cargo storage compartment; the attenuator member is configured to deflect in response to a load, applied to the attenuator member by the cargo restraint; the attenuator member is coupled with the two frame sections at the two first attachment locations; and the attenuator member extends between the two frame sections. the cargo restraint is configured to restrain cargo, loaded on a cargo deck of the cargo storage compartment; the attenuator member is configured to deflect in response to a load, applied to the attenuator member by the cargo restraint; the attenuator member is coupled with the two frame sections at the two first attachment locations; and the attenuator member extends between the two frame sections.
A manufacturing method for an oxygen sensor that includes an oxygen sensor element, characterized by comprising: coating both surfaces of a solid electrolyte element of the oxygen sensor element with Pt films as a pair of electrodes, wherein a Pt film coated on a side of the electrolyte to be exposed, during use of the oxygen sensor, to gas to be measured is coated by electroless platinum plating; and heating the Pt film coated by electroless platinum plating, in a gas atmosphere having a higher oxygen gas concentration than atmospheric gas to align a crystal orientation of the Pt film coated by electroless platinum plating with a plane, wherein, during the heating, the oxygen gas concentration is 50 percent by volume or above, and the heating temperature is 1000°C to 1300°C for at least a heating time of an hour or longer. coating both surfaces of a solid electrolyte element of the oxygen sensor element with Pt films as a pair of electrodes, wherein a Pt film coated on a side of the electrolyte to be exposed, during use of the oxygen sensor, to gas to be measured is coated by electroless platinum plating; and heating the Pt film coated by electroless platinum plating, in a gas atmosphere having a higher oxygen gas concentration than atmospheric gas to align a crystal orientation of the Pt film coated by electroless platinum plating with a plane, wherein, during the heating, the oxygen gas concentration is 50 percent by volume or above, and the heating temperature is 1000°C to 1300°C for at least a heating time of an hour or longer.
A method of preparing a universal blood product comprising: contacting a blood product with a sanitized cleansing formulation comprising (i) hydroxyapatite in the form of porous granules; (ii) a carbonaceous material comprising at least a mixture of a first carbon particle having pores located therein, the pores having macroporous size α, and a second carbon particle having pores located therein, the pores having macroporous size β, macroporous size α ranging from 125 nm to 250 nm and macroporous size β ranging from 250 nm to 500 nm; and, in addition to the hydroxyapatite granules and the carbonaceous material, (iii) at least one support matrix functionalized with an antigenic determinant to form a cleansed product; and recovering the cleansed product, wherein the blood product comprises whole blood or plasma.