mhurhangee/ep-ind-claims huggingface dataset:
An integrated fuel cell and environmental control system comprising: a turbo-compressor comprising: a rotatable shaft; a compressor rotatable with the shaft to generate a flow of compressed air; a motor connected to the shaft; and a turbine connected to the shaft; an aircraft cabin; a flight deck; a fuel cell (10A, 10B) connected to the compressor by a first compressed air supply line that supplies a first portion of the flow of compressed air to the fuel cell, wherein the fuel cell is connected to the turbine by a fuel cell exhaust line that supplies a flow of fuel cell exhaust to a mixing chamber; and an environmental control system connected to the compressor by a second compressed air supply line that supplies a second portion of the flow of compressed air to the environmental control system, wherein the environmental control system directs a first portion of the flow of compressor air to the fight deck such that the flight deck expels spent flight deck air that is mixed with a second portion of the flow of compressor air and the combined flight deck air and second portion of the flow of compressor air is directed to the cabin such that the cabin expels spent cabin air; and a supply line configured to receive spent cabin air from the cabin and to route spent cabin air to the turbine wherein the spent cabin air is mixed with fuel cell exhaust in the mixing chamber and a combined flow of fuel cell exhaust and spent cabin air exiting the mixing chamber is expanded through the turbine to drive the compressor a turbo-compressor comprising: a rotatable shaft; a compressor rotatable with the shaft to generate a flow of compressed air; a motor connected to the shaft; and a turbine connected to the shaft; a rotatable shaft; a compressor rotatable with the shaft to generate a flow of compressed air; a motor connected to the shaft; and a turbine connected to the shaft; an aircraft cabin; a flight deck; a fuel cell (10A, 10B) connected to the compressor by a first compressed air supply line that supplies a first portion of the flow of compressed air to the fuel cell, wherein the fuel cell is connected to the turbine by a fuel cell exhaust line that supplies a flow of fuel cell exhaust to a mixing chamber; and an environmental control system connected to the compressor by a second compressed air supply line that supplies a second portion of the flow of compressed air to the environmental control system, wherein the environmental control system directs a first portion of the flow of compressor air to the fight deck such that the flight deck expels spent flight deck air that is mixed with a second portion of the flow of compressor air and the combined flight deck air and second portion of the flow of compressor air is directed to the cabin such that the cabin expels spent cabin air; and a supply line configured to receive spent cabin air from the cabin and to route spent cabin air to the turbine wherein the spent cabin air is mixed with fuel cell exhaust in the mixing chamber and a combined flow of fuel cell exhaust and spent cabin air exiting the mixing chamber is expanded through the turbine to drive the compressor
Rear member which is or may be fitted to a rear of a motor vehicle and has a support structure for carrying a transport fixture, wherein a fastening device is provided for fastening the transport fixture to the support structure, wherein the fastening device forms an integral part of the rear member (10a-10b) and has at least one holder (25a-25c) and at least one mating holder (26a-26c) opposite the holder or holders and having interlocking contours for interlocking engagement in a holding position of the fastening device in a holder contour matching the holder or holders (25a-25c) and a mating holder contour matching the mating holder or holders (26a-26c), and provided on opposite sides of the transport fixture, and wherein the holder or holders (25a-25c) and/or the mating holder or holders (26a-26c) include or form at least one swivel bearing (29, 32) for adjusting the fastening device from the holding position into a released position provided for release of the transport fixture and/or for swivelling the transport fixture for removal from the support structure, characterised in that the holder or holders (25a-25c) are fitted on or in a member (40a, 40b) which is designed as an actuating lever for adjusting the holder (25a-25c).
A glass substrate one face of which is coated in succession with a first layer of a first metallic enamel which is not uniform over the entire surface, but follows a pattern, then with a second layer of a second metallic enamel of a thickness that is substantially uniform over the full face, then with an opacifying third layer, each metallic enamel containing metallic particles.
A method for characterizing the seat of a railroad track through penetrometric and geo-endoscopic tests, the method comprising the following steps: a) striking a ram head of a light dynamic penetrometer to push the tip of a train of rods into the seat, b) measuring the resistance of the seat as a function of the pushing in depth of the train of rods, c) removing the train of rods from the seat, d) pushing a tube into a hole left by the train of rods, and e) sliding an image-recording camera inside the tube, and being characterized in that it comprises the following additional automated steps: f) continuously measuring the position of the camera while it slides inside the tube, i.e., the depth (Zi) at which the images are recorded, and g) coupling an analysis of the recorded images as a function of the depth with the strength measurements of the ground to characterize the different layers of the seat. a) striking a ram head of a light dynamic penetrometer to push the tip of a train of rods into the seat, b) measuring the resistance of the seat as a function of the pushing in depth of the train of rods, c) removing the train of rods from the seat, d) pushing a tube into a hole left by the train of rods, and e) sliding an image-recording camera inside the tube, f) continuously measuring the position of the camera while it slides inside the tube, i.e., the depth (Zi) at which the images are recorded, and g) coupling an analysis of the recorded images as a function of the depth with the strength measurements of the ground to characterize the different layers of the seat.
An operating device for illumination means, in particular for gas discharge lamps, having a circuit comprising: - a galvanically isolated coupling element (L1'1, L1'2), which is actively clocked by means of at least one switch, which transmits an energy from a primary side supplied with voltage to a secondary side, wherein the coupling element (L1 '1, L1 '2) has at least one semiconductor component on the primary side and/or on the secondary side, characterized by - a monitoring circuit, which is configured to detect a temperature of the at least one semiconductor component indirectly by means of an electric parameter and to change the dimming level of the illumination means depending on the detected temperature. - a galvanically isolated coupling element (L1'1, L1'2), which is actively clocked by means of at least one switch, which transmits an energy from a primary side supplied with voltage to a secondary side, wherein the coupling element (L1 '1, L1 '2) has at least one semiconductor component on the primary side and/or on the secondary side, characterized by - a monitoring circuit, which is configured to detect a temperature of the at least one semiconductor component indirectly by means of an electric parameter and to change the dimming level of the illumination means depending on the detected temperature.
Magnetic levitation centrifugal blood pump, comprising: - at least one internally hollow body provided with at least one inlet connector and with at least one outlet connector for blood, where said hollow body comprises at least one lower element and at least one upper element which are mutually coupled to each other; - at least one rotor element housed inside said hollow body and provided with at least one portion made of magnetic material, said rotor element being magnetically commanded in rotation about a relative axis, without contact, by a stator element associable with said hollow body; wherein said upper element has at least one perimeter flange for coupling to said lower element and at least one substantially dome-shaped body projecting from said perimeter flange; and wherein said outlet connector is associated with said dome-shaped body; characterized in that said outlet connector is spaced apart from said perimeter flange, and in that between said outlet connector and said perimeter flange a free space is defined inside which mutual clamping means can be inserted for the clamping of said upper element with said lower element, such that during assembly of the pump, said upper element and said lower element can be kept in contact with each other during the coupling operation. - at least one internally hollow body provided with at least one inlet connector and with at least one outlet connector for blood, where said hollow body comprises at least one lower element and at least one upper element which are mutually coupled to each other; - at least one rotor element housed inside said hollow body and provided with at least one portion made of magnetic material, said rotor element being magnetically commanded in rotation about a relative axis, without contact, by a stator element associable with said hollow body; wherein said upper element has at least one perimeter flange for coupling to said lower element and at least one substantially dome-shaped body projecting from said perimeter flange; and wherein said outlet connector is associated with said dome-shaped body; characterized in that said outlet connector is spaced apart from said perimeter flange, and in that between said outlet connector and said perimeter flange a free space is defined inside which mutual clamping means can be inserted for the clamping of said upper element with said lower element, such that during assembly of the pump, said upper element and said lower element can be kept in contact with each other during the coupling operation.
A water- and oil-repellent coating film that is a coating film formed on a surface of a substance in order to impart water repellency and oil repellency, wherein the coating film comprises a metal oxide-containing composite particle; the composite particle comprises a) a metal oxide particle and b) a covering layer that contains a polyfluoroalkyl methacrylate resin and is formed on the surface of the metal oxide particle; a value yielded by dividing the fluorine content (weight%) of the composite particle by a surface area (m 2 /g) of the metal oxide particle is 0.025 to 0.180; an average primary particle diameter of the metal oxide particle is 5 to 50 nm; and the coating film includes the metal oxide-containing composite particles and voids formed between these particles. the coating film comprises a metal oxide-containing composite particle; the composite particle comprises a) a metal oxide particle and b) a covering layer that contains a polyfluoroalkyl methacrylate resin and is formed on the surface of the metal oxide particle; a value yielded by dividing the fluorine content (weight%) of the composite particle by a surface area (m 2 /g) of the metal oxide particle is 0.025 to 0.180; an average primary particle diameter of the metal oxide particle is 5 to 50 nm; and the coating film includes the metal oxide-containing composite particles and voids formed between these particles.
A polypeptide comprising IL-22 for use in a method of treating a microbial disorder in a subject, comprising administering to said subject an effective amount of the polypeptide, wherein the microbial disorder is Inflammatory Bowel Disease.
Turning machine having a receptacle region on the head stock at least for the main spindle having a spindle head and a clamping jig for a workpiece, and having a) a controller at least for the drive of the main spindle, b) a first protective device, having b1) a cover which above the receptacle region is displaceable between a closed and an open position (P1, P2), respectively; and b2) a first electric monitoring installation for the cover, the former releasing the drive of the main spindle only when the closed position of the cover is detectable above the receptacle region; characterized in that c) the turning machine has a second protective device, having c1) a hood which is imposable onto the spindle head, the latter having a workpiece clamping jig placed thereon or inserted therein, respectively, and a lead-through for a workpiece; and having c2) a second electric monitoring installation for the hood, the former being activated only upon detection of complete superimpositioning of the hood; and d) the controller deactivates the first electric monitoring installation and releases the drive of the main spindle only when the second electric monitoring installation is activated. a) a controller at least for the drive of the main spindle, b) a first protective device, having b1) a cover which above the receptacle region is displaceable between a closed and an open position (P1, P2), respectively; and b2) a first electric monitoring installation for the cover, the former releasing the drive of the main spindle only when the closed position of the cover is detectable above the receptacle region; characterized in that b1) a cover which above the receptacle region is displaceable between a closed and an open position (P1, P2), respectively; and b2) a first electric monitoring installation for the cover, the former releasing the drive of the main spindle only when the closed position of the cover is detectable above the receptacle region; characterized in that c) the turning machine has a second protective device, having c1) a hood which is imposable onto the spindle head, the latter having a workpiece clamping jig placed thereon or inserted therein, respectively, and a lead-through for a workpiece; and having c2) a second electric monitoring installation for the hood, the former being activated only upon detection of complete superimpositioning of the hood; and c1) a hood which is imposable onto the spindle head, the latter having a workpiece clamping jig placed thereon or inserted therein, respectively, and a lead-through for a workpiece; and having c2) a second electric monitoring installation for the hood, the former being activated only upon detection of complete superimpositioning of the hood; and d) the controller deactivates the first electric monitoring installation and releases the drive of the main spindle only when the second electric monitoring installation is activated.
Reciprocating pump having a roller tappet and having a pump plunger which is operatively connected to the roller tappet, wherein the roller tappet has a roller support, a roller and a pin, wherein a first bearing eye and a second bearing eye are formed in the roller support, wherein the pin is mounted in the first bearing eye and in the second bearing eye, and wherein the roller is arranged on the pin in a rotatable manner, wherein the pin is mounted more flexibly in the first bearing eye than in the second bearing eye, characterized in that a cutout is formed in the first bearing eye, wherein the cutout is a continuous slot, so that the first bearing eye comprises two bearing legs which are separated from one another on one side.
A multi-branched drug conjugate having the following structural formula or a pharmaceutically acceptable salt thereof: wherein R is an organic core, POLY is a polymer, L is a multivalent linker, T is a targeting molecule, D is an active agent, and q is any integer between 3 and 8, wherein D is a camptothecin-based drug represented by the following formula: wherein R 1 to R 5 are selected from the following groups independently from each other: hydrogen, halogen, acyl, alkyl, substituted alkyl, alkoxy, substituted alkoxy, alkenyl, alkynyl, cycloalkyl, hydroxyl, cyano, nitro, azido, amido, hydrazine, amine group, substituted amine group, hydroxycarbonyl, alkoxycarbonyl, alkoxycarbonyloxy, carbamoyloxy, arylsulfonyloxy, and alkylsulfonyloxy; R 6 is H or OR 8; R 8 is alkyl, alkenyl, cycloalkyl, halogenated alkyl, or hydroxyalkyl; and R 7 is hydroxyl; wherein T is an "arginine-glycine-aspartic acid" sequence-containing RGD peptide, tLyp-1, Lyp-1, RPARPAR, Angiopep2, GE11, or folic acid; the multivalent linker L comprises one or more spacer linkers Ls, inseparable linkers Ln and separable linkers Lr, and the linking mode for the attachment of the multivalent linker L, POLY, T and D is described by the following formula and wherein the multivalent linker L comprises at least one peptide spacer linker formed by amino acids. wherein R is an organic core, POLY is a polymer, L is a multivalent linker, T is a targeting molecule, D is an active agent, and q is any integer between 3 and 8, wherein D is a camptothecin-based drug represented by the following formula: wherein R 1 to R 5 are selected from the following groups independently from each other: hydrogen, halogen, acyl, alkyl, substituted alkyl, alkoxy, substituted alkoxy, alkenyl, alkynyl, cycloalkyl, hydroxyl, cyano, nitro, azido, amido, hydrazine, amine group, substituted amine group, hydroxycarbonyl, alkoxycarbonyl, alkoxycarbonyloxy, carbamoyloxy, arylsulfonyloxy, and alkylsulfonyloxy; R 6 is H or OR 8; R 8 is alkyl, alkenyl, cycloalkyl, halogenated alkyl, or hydroxyalkyl; and R 7 is hydroxyl; wherein T is an "arginine-glycine-aspartic acid" sequence-containing RGD peptide, tLyp-1, Lyp-1, RPARPAR, Angiopep2, GE11, or folic acid; the multivalent linker L comprises one or more spacer linkers Ls, inseparable linkers Ln and separable linkers Lr, and the linking mode for the attachment of the multivalent linker L, POLY, T and D is described by the following formula and wherein the multivalent linker L comprises at least one peptide spacer linker formed by amino acids.
A phosphor, comprising: a silicate phosphor comprising the formula Sr 3-x-y-z Ca x M II y SiO 5: D z, wherein M II is a divalent metal ion comprising at least one of Mg, Ba, Cu, Zn, and Mn, or the formula Ba 3-x-y-z Ca x M II y SiO 5: D z, wherein M II is a divalent metal ion comprising at least one of Mg, Cu, Zn, and Mn; D is an activator comprising at least one of Eu, Sm, Yb, and Ce; 0<x≤0.05; 0<y<-0.5; and 0<z≤0.25. a silicate phosphor comprising the formula Sr 3-x-y-z Ca x M II y SiO 5: D z, wherein M II is a divalent metal ion comprising at least one of Mg, Ba, Cu, Zn, and Mn, or the formula Ba 3-x-y-z Ca x M II y SiO 5: D z, wherein M II is a divalent metal ion comprising at least one of Mg, Cu, Zn, and Mn; D is an activator comprising at least one of Eu, Sm, Yb, and Ce; 0<x≤0.05; 0<y<-0.5; and 0<z≤0.25.
Method for the additive manufacture of a component within a receiving unit using a powdery material comprising: introducing the powdery material into the receiving unit (12, S10) via a feed unit; applying an oscillation to the powdery material (14, S20) introduced into the receiving unit; applying the oscillation over a period of time to the powdery material introduced into the receiving unit until a predetermined distribution of the powdery material within the receiving unit (12, S30) is achieved; solidifying at least a part of the powdery material within the receiving unit after the predetermined distribution of the powdery material within the receiving unit (12, S40) has been achieved, the method being characterized in that it comprises applying the oscillation to the powdery material introduced into the receiving unit by means of an oscillation element introduced at least partially into the powdery material. introducing the powdery material into the receiving unit (12, S10) via a feed unit; applying an oscillation to the powdery material (14, S20) introduced into the receiving unit; applying the oscillation over a period of time to the powdery material introduced into the receiving unit until a predetermined distribution of the powdery material within the receiving unit (12, S30) is achieved; solidifying at least a part of the powdery material within the receiving unit after the predetermined distribution of the powdery material within the receiving unit (12, S40) has been achieved, the method being characterized in that it comprises applying the oscillation to the powdery material introduced into the receiving unit by means of an oscillation element introduced at least partially into the powdery material.
A system for establishing a secure connection between a mobile device container and a number of virtual private networks, VPN, comprising: - a mobile device container, configured to isolate a portion of a mobile device from another portion of the mobile device; - a number of VPN, each of the number of VPN having a VPN profile (18, 20); - a cryptographic token, configured to provide at least part of the VPN profile (18, 20) of at least one of the number of VPN; - a communication link, configured to link the mobile device container and the cryptographic token; wherein, to establish a secure connection to at least one first VPN of the number of VPN, the mobile device container is configured to access at least part of the VPN profile (18, 20) of the at least one first VPN of the number of VPN through the communication link configured to link the mobile device container and the cryptographic token; characterized in that to establish a secure connection to a subsequent VPN of the number of VPN, the system is further configured to selectively provide at least part of the VPN profile of the subsequent VPN only if the connection between the mobile device container and the at least one first VPN has been successfully established. - a mobile device container, configured to isolate a portion of a mobile device from another portion of the mobile device; - a number of VPN, each of the number of VPN having a VPN profile (18, 20); - a cryptographic token, configured to provide at least part of the VPN profile (18, 20) of at least one of the number of VPN; - a communication link, configured to link the mobile device container and the cryptographic token;
A power train system comprising: an internal combustion engine; a fuel reforming means which introduces carbon dioxide and hydrogen into a methane conversion catalyst to synthesize an auxiliary fuel, the carbon dioxide having been separated from exhaust gas emitted from the internal combustion engine; a fuel supplying means which supplies the auxiliary fuel, together with a main fuel, to the internal combustion engine; an ignition means which ignites an air-fuel mixture supplied to the internal combustion engine; and a control means which controls the fuel supplying means and the ignition means, wherein the control means includes an ignition timing correction means which adjusts a combustion start timing of the air-fuel mixture by the ignition means depending on a temperature of the methane conversion catalyst. an internal combustion engine; a fuel reforming means which introduces carbon dioxide and hydrogen into a methane conversion catalyst to synthesize an auxiliary fuel, the carbon dioxide having been separated from exhaust gas emitted from the internal combustion engine; a fuel supplying means which supplies the auxiliary fuel, together with a main fuel, to the internal combustion engine; an ignition means which ignites an air-fuel mixture supplied to the internal combustion engine; and a control means which controls the fuel supplying means and the ignition means, wherein the control means includes an ignition timing correction means which adjusts a combustion start timing of the air-fuel mixture by the ignition means depending on a temperature of the methane conversion catalyst.