mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for determining a patient's or mammalian animal's volemic status, adapted to make use of a physiological heart-lung interaction during spontaneous breathing or mechanical ventilation, wherein the apparatus is configured to obtain measurements of cardiac output, arterial pulse pressure and airway pressure; wherein the apparatus is configured to provide an envelope of the arterial pulse pressure or a surrogate and is configured to determine the physiological heart-lung interaction by making use of the envelope of the arterial pulse pressure, characterized in that the apparatus is configured to derive the expiratory cardiopulmonary blood volume (CPBVex) by making use of the equation CPBVex = CO * TTcp, ex, wherein CO is the cardiac output and TTcp,ex is the cardiopulmonary transit time of blood in the hemodynamic status of expiration being derived from the envelope of the arterial pulse pressure, wherein the apparatus is further configured to derive the cardiopulmonary transit time of blood in the hemodynamic status of expiration (TTcp,ex) by making use of the equation TTcp, ex = t B - t ⁢ l - E, wherein t(I-E) is the time point of end-inspiration and start of expiration, and t is the time point where the envelope of arterial pressure reaches the same level as at the time point of end-expiration and start of inspiration.
Medical supply device for providing supply media, in particular of medical gases and power, wherein the supply device is intended to be mounted on a wall with supply lines for the supply media, comprising - a first vertical element, which is elongated in form and is intended to be mounted vertically, wherein the first vertical element comprises at least one first connecting element for at least one of the media supplies, - a second vertical element, which is elongated in form and is adapted to be mounted vertically at a horizontal distance (α) from the first vertical element, wherein the second vertical element comprises at least a second connecting element for one of the supply media, - at least a first conduit for conveying power, which is conductively connected to the at least first connecting element, - at least a second conduit for conveying gas, which is conductively connected to the at least second connecting element, - a supply and distribution unit with means for a conductive connection between the supply lines on the one hand and the at least first line and the at least second line on the other, characterised in that, the supply and distribution unit is part of the first vertical element. - a first vertical element, which is elongated in form and is intended to be mounted vertically, wherein the first vertical element comprises at least one first connecting element for at least one of the media supplies, - a second vertical element, which is elongated in form and is adapted to be mounted vertically at a horizontal distance (α) from the first vertical element, wherein the second vertical element comprises at least a second connecting element for one of the supply media, - at least a first conduit for conveying power, which is conductively connected to the at least first connecting element, - at least a second conduit for conveying gas, which is conductively connected to the at least second connecting element, - a supply and distribution unit with means for a conductive connection between the supply lines on the one hand and the at least first line and the at least second line on the other,
A therapeutically active amount of a serum-free and mitogen-free cytokine mixture for use in a method for pre-sensitizing cancer by altering the CD4/CD8 ratio in a head and neck tumor, wherein said serum-free and mitogen-free cytokine mixture is administered five times a week over a three week period in an amount of 800 IU wherein IU represent International Units for Interleukin-2 given in World Health Organization 1 st International Standard for Human IL-2, 86/504, wherein 400 IU of said 800 IU serum-free and mitogen-free cytokine mixture is injected peritumorally into four different sites around a tumor mass such that 100 IU is injected into each of the four sites and injecting 400 IU/mL perilymphatically ipsilateral to the tumor mass; and wherein said serum-free and mitogen-free cytokine mixture is comprised of specific ratios of cytokine selected from the group IL-1β, TNF-α, IFN-γ and GM-CSF to Interleukin-2 (IL-2) as follows: IL-1β to IL-2 at a ratio range of 0.4 - 1.5; TNF-α to IL-2 at a ratio range of 3.2 - 11.3; IFN-γ to IL-2 at a ratio range of 1.5 - 10.9; and GM-CSF to IL-2 at a ratio range of 2.2 - 4.8. IL-1β to IL-2 at a ratio range of 0.4 - 1.5; TNF-α to IL-2 at a ratio range of 3.2 - 11.3; IFN-γ to IL-2 at a ratio range of 1.5 - 10.9; and GM-CSF to IL-2 at a ratio range of 2.2 - 4.8.
A heat treatment method of bearings, comprising: quenching a bearing-shaped steel part comprising, by weight, 0.5% to 1.20% carbon and 1.0% to 2.0% silicon, further comprising, by weight, 0.20% to 1.00% manganese, 1.30% to 1.60% chromium, at least one element selected from the group consisting of, by weight, up to 0.1% aluminum, up to 1.0% nickel and up to 1.0% copper, further comprising up to 0.025% phosphorus and up to 0.025% sulfur as impurities and the balance iron; maintaining the quenched steel part for at least one minute to 10 minutes or less, and partitioning the quenched steel part at a temperature ranging from M s -100°C to M s for at least 10 minutes, where M s represents a temperature at which formation of martensite will start, whereby to produce bearings having an internal structure comprising martensite and retained austenite, wherein any type of carbide in the martensite except for a spheroidized carbide is substantially excluded; and wherein M s ° C = 512 − 453 C − 16.9 Ni + 15 Cr − 9.5 Mo + 217 C 2 − 71.5 C Mn − 67.6 C Cr in which C, Ni, Cr, Mo and Mn indicate the wt% of the respective elements.
A drawer tray for attachment of a drawer of a coin handling apparatus, the drawer tray comprising: a placement unit where the drawer is placed; and a regulation unit that is configured to regulate a placement position of the drawer in the placement unit, to a plurality of positions different from each other by disposition of the regulation unit, characterized in that the regulation unit comprises: a horizontal position regulating member that is configured to regulate the placement position of the drawer in a horizontal direction; and a height position regulating member that is configured to regulate the placement position of the drawer in a height direction orthogonal to the horizontal direction. a placement unit where the drawer is placed; and a regulation unit that is configured to regulate a placement position of the drawer in the placement unit, to a plurality of positions different from each other by disposition of the regulation unit, characterized in that the regulation unit comprises: a horizontal position regulating member that is configured to regulate the placement position of the drawer in a horizontal direction; and a height position regulating member that is configured to regulate the placement position of the drawer in a height direction orthogonal to the horizontal direction. a horizontal position regulating member that is configured to regulate the placement position of the drawer in a horizontal direction; and a height position regulating member that is configured to regulate the placement position of the drawer in a height direction orthogonal to the horizontal direction.
A split-type in-wall smart switch module, comprising a switching signal generation unit, a mechanical switch, a switching signal receiving and processing unit, a wireless module unit, a switching unit and a load, wherein the switching signal generation unit is connected to a live wire in mains electricity, the mechanical switch and the switching signal receiving and processing unit, respectively; the switching signal receiving and processing unit is also connected to the wireless module unit and a neutral wire in mains electricity, respectively; the other end of the wireless module unit is connected to the switching unit; the other end of the switching unit is connected to the load; and the other end of the load is connected to the neutral wire in mains electricity; characterized by that the switching signal generation unit comprises a bidirectional thyristor, a gate electrode circuit, a rectifier and filter circuit, a DC-DC buck circuit, an optocoupler isolation circuit, an optocoupler relay and a delay circuit, wherein an input end of the bidirectional thyristor is connected to the live wire in mains electricity, and a control end of the bidirectional thyristor is connected to the gate electrode circuit; the gate electrode circuit is also connected to the rectifier and filter circuit and the optocoupler isolation circuit, respectively; the rectifier and filter circuit is connected to the DC-DC buck circuit; the DC-DC buck circuit is connected to the mechanical switch, the delay circuit and an optocoupler circuit, respectively; an output end of the mechanical switch is connected to the delay circuit; an output end of the delay circuit is connected to the optocoupler circuit; and an output end of the optocoupler circuit is connected to the optocoupler isolation circuit.
Auxiliary drive for vehicles, in particular trailers, which are moved by external means and have at least one motor-driven drive element and a motor-driven engagement device for engaging the drive element with a vehicle wheel and an operator control device, wherein the auxiliary drive has a securing device for its function, characterized in that the auxiliary drive has a securing device for its function in accordance with the operator control situation, wherein the operator control situation is detected by means of an operator control-locating process.
An array substrate, comprising: a substrate, data lines and gate lines which are provided on the substrate and intersect with each other, and sub-pixel units which are defined by surrounding of the data lines and the gate lines and are arranged in an array form; wherein two gate lines for respectively driving the sub-pixel units in two adjacent rows are located between the sub-pixel units in the two adjacent rows, among the two gate lines between the sub-pixel units in the two adjacent rows, the gate line in a preceding row is connected to the sub-pixel units in a following row, the gate line in the following row is connected to the sub-pixel units in the preceding row, and the two gate lines act to drive the sub-pixel units connected to them, respectively, and wherein each sub-pixel unit comprises a thin film transistor and a pixel electrode, a drain electrode of the thin film transistor and the pixel electrode are electrically connected so as to function as a switch element, the pixel electrode comprises a protrusion portion located between the two gate lines adjacent to the sub-pixel unit and a portion located outside of the two gate lines, and the drain electrode is connected to the protrusion portion of the pixel electrode, characterized in that protrusion portions of pixel electrodes of two sub-pixel units in a same column among the sub-pixel units in the two adjacent rows are opposed and staggered with each other, and thin film transistors of the two sub-pixel units in the same column among the sub-pixel units in the two adjacent rows are staggered with each other. a substrate, data lines and gate lines which are provided on the substrate and intersect with each other, and sub-pixel units which are defined by surrounding of the data lines and the gate lines and are arranged in an array form; wherein two gate lines for respectively driving the sub-pixel units in two adjacent rows are located between the sub-pixel units in the two adjacent rows, among the two gate lines between the sub-pixel units in the two adjacent rows, the gate line in a preceding row is connected to the sub-pixel units in a following row, the gate line in the following row is connected to the sub-pixel units in the preceding row, and the two gate lines act to drive the sub-pixel units connected to them, respectively, and wherein each sub-pixel unit comprises a thin film transistor and a pixel electrode, a drain electrode of the thin film transistor and the pixel electrode are electrically connected so as to function as a switch element, the pixel electrode comprises a protrusion portion located between the two gate lines adjacent to the sub-pixel unit and a portion located outside of the two gate lines, and the drain electrode is connected to the protrusion portion of the pixel electrode, characterized in that protrusion portions of pixel electrodes of two sub-pixel units in a same column among the sub-pixel units in the two adjacent rows are opposed and staggered with each other, and thin film transistors of the two sub-pixel units in the same column among the sub-pixel units in the two adjacent rows are staggered with each other.
A method for managing applications of an electronic device, the method comprising: displaying a second graphic representation associated with at least one second background application within an unused portion of a first graphic representation associated with a first active application, wherein the second graphic representation is displayed in the portion of the first graphic representation in a transparent manner using the unused portion of the first graphic representation, wherein the unused portion of the first graphic representation has a specified transparency; detecting a user input on a portion of the second graphic representation displayed in the unused portion of the first graphic representation; and performing at least one action on an area of the at least one second background application based on the user input, while the second graphic representation is displayed in the first graphic representation; wherein an area of the unused portion of the first graphic representation on which the user input is specified determines the area of the at least one second background application. displaying a second graphic representation associated with at least one second background application within an unused portion of a first graphic representation associated with a first active application, wherein the second graphic representation is displayed in the portion of the first graphic representation in a transparent manner using the unused portion of the first graphic representation, wherein the unused portion of the first graphic representation has a specified transparency; detecting a user input on a portion of the second graphic representation displayed in the unused portion of the first graphic representation; and performing at least one action on an area of the at least one second background application based on the user input, while the second graphic representation is displayed in the first graphic representation; wherein an area of the unused portion of the first graphic representation on which the user input is specified determines the area of the at least one second background application.
Process for the analysis of the acoustic characteristic of an exhaust gas flap for an exhaust system of an internal combustion engine, wherein the exhaust gas flap comprises a flap diaphragm, which is adjustable in a flap body, wherein the process comprises the following steps: a) application of a measurement noise to the exhaust gas flap, b) detection of disturbing noises originating at the exhaust gas flap and generation of a disturbing noise time course, c) generation of a disturbing noise frequency course based on the disturbing noise time course, d) comparison of the disturbing noise frequency course with a reference disturbing noise frequency course, e) evaluation of the acoustic quality of the exhaust gas flap based on the comparison carried out in step d), wherein in step a) the measured noise is a single tone, and wherein the quality of the exhaust gas flap is evaluated in step e) as corresponding to a desired quality, when the disturbing noise frequency course is below the reference disturbing noise frequency course in at least one predetermined frequency range (f1-f2). a) application of a measurement noise to the exhaust gas flap, b) detection of disturbing noises originating at the exhaust gas flap and generation of a disturbing noise time course, c) generation of a disturbing noise frequency course based on the disturbing noise time course, d) comparison of the disturbing noise frequency course with a reference disturbing noise frequency course, e) evaluation of the acoustic quality of the exhaust gas flap based on the comparison carried out in step d),
An aircraft-based communications management unit, CMU, configured for control of communications between an aircraft and at least one ground station, the CMU comprising: an input in communication with a flight management system, FMS, of the aircraft via a trajectory bus, the input configured to receive one or more intent data outputs from the FMS via the trajectory bus, each intent data output including at least one of an aircraft state and a trajectory point; at least one processor in communication with the input and configured to: based on the one or more intent data outputs, independently determine at least one dynamic route corresponding to a trajectory connecting two or more aircraft states associated with the one or more intent data outputs; generate, based on the at least one dynamic route, at least one ADS-C report associated with an ADS-C contract between the aircraft and the at least one ground station, the ADS-C report comprising at least one aircraft state associated with the one or more intent data outputs; and at least one Aircraft Communications Addressing and Reporting System, ACARS,-compatible communications interface, the communications interface configured for transmitting the at least one ADS-C report. an input in communication with a flight management system, FMS, of the aircraft via a trajectory bus, the input configured to receive one or more intent data outputs from the FMS via the trajectory bus, each intent data output including at least one of an aircraft state and a trajectory point; at least one processor in communication with the input and configured to: based on the one or more intent data outputs, independently determine at least one dynamic route corresponding to a trajectory connecting two or more aircraft states associated with the one or more intent data outputs; generate, based on the at least one dynamic route, at least one ADS-C report associated with an ADS-C contract between the aircraft and the at least one ground station, the ADS-C report comprising at least one aircraft state associated with the one or more intent data outputs; and based on the one or more intent data outputs, independently determine at least one dynamic route corresponding to a trajectory connecting two or more aircraft states associated with the one or more intent data outputs; generate, based on the at least one dynamic route, at least one ADS-C report associated with an ADS-C contract between the aircraft and the at least one ground station, the ADS-C report comprising at least one aircraft state associated with the one or more intent data outputs; at least one Aircraft Communications Addressing and Reporting System, ACARS,-compatible communications interface, the communications interface configured for transmitting the at least one ADS-C report.
A heat-curing preparation, containing (a) a triglyceride fraction of which the fatty acid distribution has a proportion of at least 5 wt.%, in particular of at least 60 wt.%, of one or more Ω-3 fatty acid/s and/or one or more Ω-6 fatty acid/s, (b) at least one vulcanizing agent selected from the group consisting of sulfur, peroxidic vulcanizing agents, quinones and/or quinone dioximes and/or dinitrosobenzenes, (c) at least one inorganic filler and (d) at least one synthetic polymer that contains at least one C=C double bond and/or at least one CΞC triple bond, wherein the triglyceride fraction has a fatty acid distribution that has a proportion of at least 15 wt.% of one or more Ω-3 fatty acid/s and the triglyceride fraction (a) is contained in the heat-curable preparation in an amount of from 10 to 50 wt.% based on the total preparation. (a) a triglyceride fraction of which the fatty acid distribution has a proportion of at least 5 wt.%, in particular of at least 60 wt.%, of one or more Ω-3 fatty acid/s and/or one or more Ω-6 fatty acid/s, (b) at least one vulcanizing agent selected from the group consisting of sulfur, peroxidic vulcanizing agents, quinones and/or quinone dioximes and/or dinitrosobenzenes, sulfur, peroxidic vulcanizing agents, quinones and/or quinone dioximes and/or dinitrosobenzenes, (c) at least one inorganic filler and (d) at least one synthetic polymer that contains at least one C=C double bond and/or at least one CΞC triple bond,
A cooking apparatus comprising: a main body comprising a heater; a first glass disposed on an upper surface of the hester, arranged so that a food container is disposed on the upper surface; a second glass disposed in line with the first glass; a coupling device allowing the first glass and the second glass to be detachably coupled to each other, wherein the coupling device comprises: a first coupling member secured to a lower portion of the first glass to support at least a portion of the first glass and the second glass, and comprising a first coupling portion to which the second glass is detachably coupled; and characterised by a second coupling member comprising a second coupling portion arranged at a lower end of the second glass, and arranged to be detachably coupled with the first coupling portion. a main body comprising a heater; a first glass disposed on an upper surface of the hester, arranged so that a food container is disposed on the upper surface; a second glass disposed in line with the first glass; a coupling device allowing the first glass and the second glass to be detachably coupled to each other, wherein the coupling device comprises: a first coupling member secured to a lower portion of the first glass to support at least a portion of the first glass and the second glass, and comprising a first coupling portion to which the second glass is detachably coupled; and characterised by a second coupling member comprising a second coupling portion arranged at a lower end of the second glass, and arranged to be detachably coupled with the first coupling portion. a first coupling member secured to a lower portion of the first glass to support at least a portion of the first glass and the second glass, and comprising a first coupling portion to which the second glass is detachably coupled; and characterised by a second coupling member comprising a second coupling portion arranged at a lower end of the second glass, and arranged to be detachably coupled with the first coupling portion.