mhurhangee/ep-ind-claims huggingface dataset:
A respiratory information acquisition device configured to acquire respiratory information of a patient used in an oxygen concentrator comprising an oxygen generation unit which has adsorption columns having therein an adsorbent configured to adsorb at least nitrogen gas in air and configured to use a pressure swing adsorption method to concentrate oxygen in air by periodically repeating pressurization and depressurization in the adsorption columns, and an oxygen supply unit (2, 3) configured to supply concentrated oxygen gas which has been concentrated by the oxygen generation unit to the patient, which is a user, wherein the oxygen supply unit has at least a conduit for delivering the concentrated oxygen gas to the patient, the respiratory information acquisition device comprises a pressure detection unit configured to detect pressure in the conduit and/or a flow rate detection unit configured to detect a gas flow rate in the conduit, as well as a calculation unit configured to extract oxygen respiratory information from detected pressure data and/or flow rate data, and the calculation unit is configured to estimate a fluctuation component which does not depend on the respiration of the patient based on the detected pressure data and/or flow rate data and information related to an operation state of the oxygen concentrator obtained from the oxygen concentrator, and to extract respiratory information by removing the estimated fluctuation component from the detected pressure data and/or flow rate data. the oxygen supply unit has at least a conduit for delivering the concentrated oxygen gas to the patient, the respiratory information acquisition device comprises a pressure detection unit configured to detect pressure in the conduit and/or a flow rate detection unit configured to detect a gas flow rate in the conduit, as well as a calculation unit configured to extract oxygen respiratory information from detected pressure data and/or flow rate data, and the calculation unit is configured to estimate a fluctuation component which does not depend on the respiration of the patient based on the detected pressure data and/or flow rate data and information related to an operation state of the oxygen concentrator obtained from the oxygen concentrator, and to extract respiratory information by removing the estimated fluctuation component from the detected pressure data and/or flow rate data.
A waterproof connector comprising: a cable in which metal terminals are connected to a tip end; a housing which houses the metal terminals and a part of the cable; a sealing member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing in a state where the sealing member is passed over the cable, and which ensures a watertightness between the cable and the housing; and a holding member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing on a side of the sealing member opposite to a side of the metal terminals, in a state where the holding member is passed over the cable, and which holds the sealing member to the housing in a slipping-off preventing state, engaging portions being disposed in the housing and the holding member, and engaged with each other to fix the holding member to the housing in a slipping-off preventing state, characterized in that the holding member is configured to have a front-back symmetrical shape, and wherein the engaging portion on a side of the housing is an elastic arm which is projected from an inner wall of the housing, and the engaging portion on a side of the holding member is a groove which is disposed in an outer wall of the holding member, and has a pair of engaging surfaces configured by a pair of groove side walls that are opposed to each other in an axial direction of the cable through hole disposed in the holding member. a cable in which metal terminals are connected to a tip end; a housing which houses the metal terminals and a part of the cable; a sealing member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing in a state where the sealing member is passed over the cable, and which ensures a watertightness between the cable and the housing; and a holding member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing on a side of the sealing member opposite to a side of the metal terminals, in a state where the holding member is passed over the cable, and which holds the sealing member to the housing in a slipping-off preventing state, engaging portions being disposed in the housing and the holding member, and engaged with each other to fix the holding member to the housing in a slipping-off preventing state, characterized in that the holding member is configured to have a front-back symmetrical shape, and wherein the engaging portion on a side of the housing is an elastic arm which is projected from an inner wall of the housing, and the engaging portion on a side of the holding member is a groove which is disposed in an outer wall of the holding member, and has a pair of engaging surfaces configured by a pair of groove side walls that are opposed to each other in an axial direction of the cable through hole disposed in the holding member.
A method of printing a three-dimensional object, comprising at least one layer formed of a first region of printed material and a second region of printed material separated from the first region by a space, wherein the space comprises at least one layer formed of an intermediate region, the method comprising the steps of: a) printing the first region during a first printing step by delivering a flowable print material from a print nozzle, wherein the print nozzle travels relative to a staging surface during the first printing step at a first print speed; b) printing the intermediate region during an intermediate printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface and delivers flowable print material over a first travel distance at a first travel speed, a second travel distance at a second travel speed, and a third travel distance at a third travel speed; c) printing the second region during a second printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface during the second printing step at a second print speed; wherein during the intermediate printing step there is no interruption of the flow of print material to the nozzle, and wherein each of the first travel distance and the third travel distance is shorter than the second travel distance, and wherein each of the first travel speed and the third travel speed is greater than the first print speed, the second travel speed and the second print speed. a) printing the first region during a first printing step by delivering a flowable print material from a print nozzle, wherein the print nozzle travels relative to a staging surface during the first printing step at a first print speed; b) printing the intermediate region during an intermediate printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface and delivers flowable print material over a first travel distance at a first travel speed, a second travel distance at a second travel speed, and a third travel distance at a third travel speed; a first travel distance at a first travel speed, a second travel distance at a second travel speed, and a third travel distance at a third travel speed; c) printing the second region during a second printing step by delivering a flowable print material from the print nozzle, wherein the print nozzle travels relative to the staging surface during the second printing step at a second print speed;
Adaptive cruise controller for a motor vehicle, comprising a detection module for detecting a lead vehicle, a formulation module able to formulate a setpoint, a storage module configured to store a value corresponding to the setpoint, a chronometer configured to be initialized and actuated at an instant of stopping of the vehicle, and a reinitialization module for reinitializing the storage module, characterized in that it comprises an establishment module able to determine a limit as a function of an environment of the vehicle, the reinitialization module being configured to reinitialize the value stored by the storage module if the chronometer delivers a duration (t) greater than the limit.
A multilayer sheet comprising: a base layer comprising a polycarbonatesiloxane-arylate; and a cap layer disposed on a side of the base layer, wherein the cap layer comprises poly(ethylene terephthalate), poly(vinyl fluoride), poly(vinylidene fluoride), or a combination comprising at least one of the foregoing; wherein the multilayer sheet has a flame time of less than 15 seconds, a burn length of less than 150 mm (6 inches), and a drip extinguishing time of less than 3 seconds, each measured using the method of FAR F25.5, in accordance with FAR 25.853(a) at a thickness of 3 mm. a base layer comprising a polycarbonatesiloxane-arylate; and a cap layer disposed on a side of the base layer, wherein the cap layer comprises poly(ethylene terephthalate), poly(vinyl fluoride), poly(vinylidene fluoride), or a combination comprising at least one of the foregoing; wherein the multilayer sheet has a flame time of less than 15 seconds, a burn length of less than 150 mm (6 inches), and a drip extinguishing time of less than 3 seconds, each measured using the method of FAR F25.5, in accordance with FAR 25.853(a) at a thickness of 3 mm.
An aqueous silane coupling agent composition obtainable from cohydrolytic reaction of (i) succinic anhydride-containing silane coupling agent having the general formula and (ii) mercapto-containing silane coupling agent having the general formula, in a molar ratio of 99:1 to 1:1, wherein R 1 is substituted or unsubstituted, saturated, divalent hydrocarbon group of 3 to 12 carbon atoms or substituted or unsubstituted, divalent hydrocarbon group of 3 to 12 carbon atoms having an unsaturated carbon-carbon double bond or triple bond, provided that when R 1 is branched, an aliphatic unsaturated carbon-carbon bond is not present at an end of a branch, and when R 1 is a substituted group, an aliphatic unsaturated carbon-carbon bond is not present at an end of a substituent, R is a monovalent hydrocarbon group of 1 to 10 carbon atoms, n is 2 or 3, and X is monovalent hydrocarbon group of 1 to 4 carbon atoms. wherein R 1 is substituted or unsubstituted, saturated, divalent hydrocarbon group of 3 to 12 carbon atoms or substituted or unsubstituted, divalent hydrocarbon group of 3 to 12 carbon atoms having an unsaturated carbon-carbon double bond or triple bond, provided that when R 1 is branched, an aliphatic unsaturated carbon-carbon bond is not present at an end of a branch, and when R 1 is a substituted group, an aliphatic unsaturated carbon-carbon bond is not present at an end of a substituent, R is a monovalent hydrocarbon group of 1 to 10 carbon atoms, n is 2 or 3, and X is monovalent hydrocarbon group of 1 to 4 carbon atoms.
An assembly comprising a propeller vane and a system for setting the pitch of the vane about a pitch setting axis, for an aircraft turbine engine, the vane having a root extending from an upper end connected to a blade of the vane to a free lower end, the system for setting the pitch of the vane comprising a cup which is radially delimited by an annular wall extending around the pitch setting axis, the cup comprising a bottom wall and an upper opening through which the root is intended to be inserted axially into the cup, the free lower end of the root being nested axially into a housing complementary of the bottom wall in order to connect the cup and the vane in rotation about the pitch setting axis, characterised in that the root of the vane comprises at least one first radial limiting face which is intended to cooperate with at least one associated first radial stop face of the cup in order to limit the rotation of the vane in a first orientation (sA) about the pitch setting axis with respect to the cup in the event of failure of the lower end of the root.
Process for producing chlorosilanes of general formula H n SiCl 4-n and/or H m Cl 6-m Si 2, where n = 1-4 and m = 0-4, in a fluidized bed reactor by reaction of a hydrogen chloride-containing reaction gas with a contact mass which contains silicon as a granulation mixture composed of a coarse grain fraction and a fine grain fraction, wherein the average particle size of the fine grain fraction d 50,fine is 5 to 400 μm and the average particle size of the coarse grain fraction d 50,coarse is 125 to 600 μm, with the proviso that d 50,fine is smaller than d 50,coarse and the difference d 50,coarse d 50,file is greater than 1 μm, wherein d 50,fine and d 50,coarse are present in a grain size ratio d 50,file / d 50,coarse of 0.02 to 0.9, the fine grain fraction and the coarse grain fraction are present in a mass ratio m(fine) / m(coarse) of 0.05 to 20, and wherein the granulation mixture has a span of the particle size distribution d 90 -d 10 / d 50 of 1 to 100.
Damping device for movable furniture parts, in particular for cabinet doors, comprising a driver, which can be coupled with a movable piece of furniture and which is coupled with a damper via a gear (8, 11, 12, 23), wherein the gear comprises a gear wheel of a freewheel, which can be engaged and disengaged with an adjacent gear wheel, wherein a compulsory guide (15, 16, 17) is provided for the gear wheel of the freewheel, in order to engage or disengage the same with the adjacent gear wheel when the driver is in a predetermined position, characterized in that the compulsory guide comprises a curved guide (15, 16, 17) by means of which the gear wheel of the freewheel is displaceable in a movement of the driver.
A motorcycle comprising: a head pipe; a rider's seat; and a fuel tank that is disposed between the head pipe and the rider's seat, which tank comprises: a top surface including a pair of grooved portions positioned symmetrically relative to a longitudinal center plane, the pair of the grooved portions being positioned rearwardly of a tank top portion and having a transverse sectional shape depicted by a smoothly curved line, the grooved portions being formed to extend parallel to the longitudinal center plane or to extend so as to incline relative to the longitudinal center plane with a distance W1 gradually decreasing in a rearward direction, characterized in that the distance W1 between the neighboring grooved portions is chosen to be within the range of 0.25 to 0.40 times a tank maximum width Wm at front ends of those grooved portions and within the range of 0.08 to 0.35 times the tank maximum width Wm at rear ends of those grooved portions, wherein each of the grooved portion extends continuously from a front end at a position in the vicinity of an annular concaved area defined around a fuel filler opening in the tank top portion to a rear end portion of a tank principal portion excluding a seat overlap area that is covered by the rider's seat, and wherein the position of the front end of each grooved portion is defined at a location rearwardly of a geometric center of the annular concaved area and within a region spaced from 5 to 20 mm in a radially outward direction away from the annular concaved area. a top surface including a pair of grooved portions positioned symmetrically relative to a longitudinal center plane, the pair of the grooved portions being positioned rearwardly of a tank top portion and having a transverse sectional shape depicted by a smoothly curved line, the grooved portions being formed to extend parallel to the longitudinal center plane or to extend so as to incline relative to the longitudinal center plane with a distance W1 gradually decreasing in a rearward direction, characterized in that the distance W1 between the neighboring grooved portions is chosen to be within the range of 0.25 to 0.40 times a tank maximum width Wm at front ends of those grooved portions and within the range of 0.08 to 0.35 times the tank maximum width Wm at rear ends of those grooved portions, wherein each of the grooved portion extends continuously from a front end at a position in the vicinity of an annular concaved area defined around a fuel filler opening in the tank top portion to a rear end portion of a tank principal portion excluding a seat overlap area that is covered by the rider's seat, and wherein the position of the front end of each grooved portion is defined at a location rearwardly of a geometric center of the annular concaved area and within a region spaced from 5 to 20 mm in a radially outward direction away from the annular concaved area.
A composition for use in preventing influenza A (H1N1) virus infection, comprising a ginkgo extract as an active ingredient, wherein the influenza A (H1N1) is A/California/04/09.
A system of power supply by electromagnetic coupling, comprising: a device for power transmission by electromagnetic coupling, comprising: a single generator delivering an A.C. electric signal between two terminals; and a succession of resonant modules (25 i), each comprising a first capacitor (C Ei) and a first inductance (L Ei), and first (A i), second (B i), third (C i), and fourth (D i) terminals, the first (A i) and second (B i) terminals of a first module being connected across the generator, and the first (A i) and second (B i) terminals of the other module (s) being connected to the third (C i) and fourth (D i) terminals of the module of previous rank; and at least two receivers (3 i) each comprising a resonant circuit comprising at least one capacitor (C Ri) and at least one inductance (L Ri). a device for power transmission by electromagnetic coupling, comprising: a single generator delivering an A.C. electric signal between two terminals; and a succession of resonant modules (25 i), each comprising a first capacitor (C Ei) and a first inductance (L Ei), and first (A i), second (B i), third (C i), and fourth (D i) terminals, the first (A i) and second (B i) terminals of a first module being connected across the generator, and the first (A i) and second (B i) terminals of the other module (s) being connected to the third (C i) and fourth (D i) terminals of the module of previous rank; and at least two receivers (3 i) each comprising a resonant circuit comprising at least one capacitor (C Ri) and at least one inductance (L Ri).
Endostatin with increased anti-angiogenesis activity compared to the native ES molecule of SEQ ID NO 1, for use in a method for treating an angiogenesis-related disease, wherein said endostatin comprises a sequence selected from the group consisting of SEQ ID NO: 3, 7, 10-11, 14, 18-21, 24-25, 28-33 and 37-39, or consists of a sequence selected from the group consisting of SEQ ID NO: 4 and 9; and wherein the angiogenesis-related disease is selected from the list consisting of tumor, obesity, fatty liver, and insulin resistance.
A rotor assembly of a gas turbine engine, comprising: a first rotor disk having disk tabs; a second rotor disk having disk tabs; at least one blade carried by each of said rotor disks (56A, 56B); and a cover plate comprising: a body including at least one radial retention feature which extends from an inner face of said body; a first tab (100 A) near a bore of said body; a second tab circumferentially spaced from said first tab; and a slot defined between said first tab and said second tab, said first tab, said second tab and said slot extending at an angle (α) relative to a slot axis that extends through said bore, the first tab and the second tab extending away from the first rotor disk; the cover plate positioned on a first axial side of said first rotor disk blade and a second axial side of said second rotor disk blade, wherein a disk tab of said disk tabs of the second rotor disk extends through a slot between the disk tabs of the first rotor disk and is received by said slot defined between said first tab and said second tab. a first rotor disk having disk tabs; a second rotor disk having disk tabs; at least one blade carried by each of said rotor disks (56A, 56B); and a cover plate comprising: a body including at least one radial retention feature which extends from an inner face of said body; a first tab (100 A) near a bore of said body; a second tab circumferentially spaced from said first tab; and a slot defined between said first tab and said second tab, said first tab, said second tab and said slot extending at an angle (α) relative to a slot axis that extends through said bore, the first tab and the second tab extending away from the first rotor disk; a body including at least one radial retention feature which extends from an inner face of said body; a first tab (100 A) near a bore of said body; a second tab circumferentially spaced from said first tab; and a slot defined between said first tab and said second tab, said first tab, said second tab and said slot extending at an angle (α) relative to a slot axis that extends through said bore, the first tab and the second tab extending away from the first rotor disk; the cover plate positioned on a first axial side of said first rotor disk blade and a second axial side of said second rotor disk blade, wherein a disk tab of said disk tabs of the second rotor disk extends through a slot between the disk tabs of the first rotor disk and is received by said slot defined between said first tab and said second tab.
A method comprising: receiving, at a first device, a selection of data to be placed on a first pasteboard of the first device; wirelessly broadcasting with the first device to any device within range of the first device, an advertisement comprising information indicative of the presence of the data on the first pasteboard; wirelessly receiving, at the first device, a request for a type list from a second device, the type list comprising information describing a plurality of subsets of the data on the first pasteboard, the information comprising, for each subset of data on the first pasteboard, a data type for the subset of data; wirelessly transmitting, with the first device, the type list directly to the second device; wirelessly receiving, at the first device, a request for the data on the first pasteboard from the second device, the request for the data including a selection of a data type of the type list as the data to be transmitted; establishing, with the first device, a direct wireless connection to the second device; and wirelessly transmitting, with the first device, the data in the selected data type of the type list on the first pasteboard directly to a second pasteboard of the second device by the direct wireless connection. receiving, at a first device, a selection of data to be placed on a first pasteboard of the first device; wirelessly broadcasting with the first device to any device within range of the first device, an advertisement comprising information indicative of the presence of the data on the first pasteboard; wirelessly receiving, at the first device, a request for a type list from a second device, the type list comprising information describing a plurality of subsets of the data on the first pasteboard, the information comprising, for each subset of data on the first pasteboard, a data type for the subset of data; wirelessly transmitting, with the first device, the type list directly to the second device; wirelessly receiving, at the first device, a request for the data on the first pasteboard from the second device, the request for the data including a selection of a data type of the type list as the data to be transmitted; establishing, with the first device, a direct wireless connection to the second device; and wirelessly transmitting, with the first device, the data in the selected data type of the type list on the first pasteboard directly to a second pasteboard of the second device by the direct wireless connection.