mhurhangee/ep-ind-claims huggingface dataset:
Method for reconditioning a blade of a gas turbine plant; the blade comprising an airfoil extending along a span wise direction from a base to a tip; the airfoil comprising an outer wall defining a leading edge, a trailing edge, a pressure side and a suction side; the airfoil enclosing at least one cooling duct extending along the span wise direction and fed, in use, with a cooling fluid; the tip being provided with a tip wall and with a rim following, at least in part, the tip cross sectional profile; the tip wall being provided with at least one first casting opening and the outer wall being provided with at least one first service opening arranged close to the respective first casting opening; the first casting opening and the first service opening being closed with a first closing element; the method comprising the step of • removing at least one first portion of the rim in the proximity of the first casting opening and the first service opening; • removing at least one first portion (51a, 51b) of the tip wall comprising the at least one first casting opening and at least one portion (50a, 50b) of the outer wall comprising the at least one first service opening; • rebuilding the at least one first portion (50a, 50b) of the outer wall removed without the at least one first service opening; • rebuilding the at least one first portion (51a, 51b) of the tip wall removed without the at least one first casting opening; • rebuilding the at least one first portion of the rim removed. • removing at least one first portion of the rim in the proximity of the first casting opening and the first service opening; • removing at least one first portion (51a, 51b) of the tip wall comprising the at least one first casting opening and at least one portion (50a, 50b) of the outer wall comprising the at least one first service opening; • rebuilding the at least one first portion (50a, 50b) of the outer wall removed without the at least one first service opening; • rebuilding the at least one first portion (51a, 51b) of the tip wall removed without the at least one first casting opening; • rebuilding the at least one first portion of the rim removed.
Method for detecting an opening of a housing of a battery module, having the steps of • measuring a first measured variable by means of a first sensor, wherein the measured first measured variable represents a detected opening of the housing, • measuring a further measured variable by means of a further sensor, wherein the measured further measured variable represents the opening of the housing, • generating a first sensor signal by means of the first sensor on the basis of the measured first measured variable, • generating a further sensor signal by means of the further sensor on the basis of the measured further measured variable, and • activating a battery management system on the basis of the first sensor signal, • generating a locking signal on the basis of the first sensor signal of the first sensor and additionally on the basis of the further sensor signal by means of the battery management system, and • deactivating the battery management system on the basis of the generated locking signal. • measuring a first measured variable by means of a first sensor, wherein the measured first measured variable represents a detected opening of the housing, • measuring a further measured variable by means of a further sensor, wherein the measured further measured variable represents the opening of the housing, • generating a first sensor signal by means of the first sensor on the basis of the measured first measured variable, • generating a further sensor signal by means of the further sensor on the basis of the measured further measured variable, and • activating a battery management system on the basis of the first sensor signal, • generating a locking signal on the basis of the first sensor signal of the first sensor and additionally on the basis of the further sensor signal by means of the battery management system, and • deactivating the battery management system on the basis of the generated locking signal.
A radar imaging apparatus comprising: a reference signal generator comprising a quartz oscillator and at least one chain of first push-push oscillators (910; 920) cascaded with the quartz oscillator; and a phased array antenna including at least one transmitter/receiver module (120; 130; 140; 150) comprising at least one chain of second push-push oscillators (15; 20; 30) and a radiator cascaded with the at least one chain of second push-push oscillators (15; 20; 30); wherein each push-push oscillator of the at least one chain of second push-push oscillators (15; 20; 30) is configured to receive an injecting RF signal and to multiply its frequency by a factor of 2*N, where N is an integer, thereby changing the phase of the injecting RF signal, wherein each chain of second push-push oscillators (15; 20; 30) comprises an initial push-push oscillator configured to receive a reference signal from the reference signal generator as the injecting RF signal. a reference signal generator comprising a quartz oscillator and at least one chain of first push-push oscillators (910; 920) cascaded with the quartz oscillator; and a phased array antenna including at least one transmitter/receiver module (120; 130; 140; 150) comprising at least one chain of second push-push oscillators (15; 20; 30) and a radiator cascaded with the at least one chain of second push-push oscillators (15; 20; 30); wherein each push-push oscillator of the at least one chain of second push-push oscillators (15; 20; 30) is configured to receive an injecting RF signal and to multiply its frequency by a factor of 2*N, where N is an integer, thereby changing the phase of the injecting RF signal, wherein each chain of second push-push oscillators (15; 20; 30) comprises an initial push-push oscillator configured to receive a reference signal from the reference signal generator as the injecting RF signal.
A magnetic actuator for a circuit breaker arrangement, the magnetic actuator comprising: a coil; a core with at least one groove for accommodating a section (28a, 28b) of the coil; a movable plate being attracted by the core, when a magnetic field is generated by the coil, the movable plate actuating the circuit breaker arrangement when being attracted by the core; and a position locker (34a, 34b) for locking the coil in the groove (26a, 26b); characterized in that between the fingers of a comb two grooves 26a, 28b are formed, wherein the first (second) groove 26a is limited by the inner side of the upper part of a flank 22a and a side of the upper part of a central part facing the side of the flank 22a, and the position locker (34a, 34b) has a locking part protruding away from the core and over a section (36a, 36b) of the coil not accommodated in the grooves (26a, 26b). a coil; a core with at least one groove for accommodating a section (28a, 28b) of the coil; a movable plate being attracted by the core, when a magnetic field is generated by the coil, the movable plate actuating the circuit breaker arrangement when being attracted by the core; and a position locker (34a, 34b) for locking the coil in the groove (26a, 26b); characterized in that between the fingers of a comb two grooves 26a, 28b are formed, wherein the first (second) groove 26a is limited by the inner side of the upper part of a flank 22a and a side of the upper part of a central part facing the side of the flank 22a, and the position locker (34a, 34b) has a locking part protruding away from the core and over a section (36a, 36b) of the coil not accommodated in the grooves (26a, 26b).
A chip system comprising - a non-volatile memory, - a processor (PROC) configured to execute: o an operating system configured to receive data according to a first communication protocol, o a program installation software configured to communicate with the non-volatile memory according to a second communication protocol in order to be able to record data of a program in this non-volatile memory, wherein the operating system is also configured to: - determine whether data received according to said first communication protocol are program data intended for the installation software - make available to the installation software the program data which are received and intended for the latter, - inform the installation software that program data which are intended therefor have been received, wherein the installation software is configured to record the program data made available thereto in said non-volatile memory according to the second communication protocol and wherein the data are encapsulated in a frame having a format defined according to the first communication protocol, the frame comprising a header followed by said encapsulated data and ends with a postamble, the header being configured to indicate whether the data is intended for the installation software. - a non-volatile memory, - a processor (PROC) configured to execute: o an operating system configured to receive data according to a first communication protocol, o a program installation software configured to communicate with the non-volatile memory according to a second communication protocol in order to be able to record data of a program in this non-volatile memory, wherein the operating system is also configured to: o an operating system configured to receive data according to a first communication protocol, o a program installation software configured to communicate with the non-volatile memory according to a second communication protocol in order to be able to record data of a program in this non-volatile memory, wherein the operating system is also configured to: - determine whether data received according to said first communication protocol are program data intended for the installation software - make available to the installation software the program data which are received and intended for the latter, - inform the installation software that program data which are intended therefor have been received,
A glove device with a glove for protected intervention in a work chamber of a containment through an access present in a port flange, wherein: a) the port flange is installed in a front window or in a wall of a housing of the containment positioned in an installation space; and b) equipment for processing a material to be treated can be provided in the work chamber; c) the glove device is designed as a module, in the form of an insert, which can be inserted gas-tight into the port flange; and comprises: da) a fixing part, which is intended to be fastened gas-tight to the port flange; db) a seal, which is arranged on one side and is removable or is to be opened; dc) on the other side a cover part or a shut-off part, which is releasable from the module; and dd) the glove vacuum-packed between the two, which glove has an inner face and a surface, characterized in that e) when the cover part or shut-off part is mounted on the glove device and the seal is intact: ea) a front space lies between the seal and the surface of the glove, in which front space a negative pressure prevails; and eb) the front space and the inner face of the seal facing said front space and the surface of the glove are sterile. a) the port flange is installed in a front window or in a wall of a housing of the containment positioned in an installation space; and b) equipment for processing a material to be treated can be provided in the work chamber; c) the glove device is designed as a module, in the form of an insert, which can be inserted gas-tight into the port flange; and comprises: da) a fixing part, which is intended to be fastened gas-tight to the port flange; db) a seal, which is arranged on one side and is removable or is to be opened; dc) on the other side a cover part or a shut-off part, which is releasable from the module; and dd) the glove vacuum-packed between the two, which glove has an inner face and a surface, characterized in that da) a fixing part, which is intended to be fastened gas-tight to the port flange; db) a seal, which is arranged on one side and is removable or is to be opened; dc) on the other side a cover part or a shut-off part, which is releasable from the module; and dd) the glove vacuum-packed between the two, which glove has an inner face and a surface, characterized in that e) when the cover part or shut-off part is mounted on the glove device and the seal is intact: ea) a front space lies between the seal and the surface of the glove, in which front space a negative pressure prevails; and eb) the front space and the inner face of the seal facing said front space and the surface of the glove are sterile. ea) a front space lies between the seal and the surface of the glove, in which front space a negative pressure prevails; and eb) the front space and the inner face of the seal facing said front space and the surface of the glove are sterile.
A light source unit comprising: a light emitting element which functions as a light source, a wiring pattern on which the light emitting element is mounted, an electrode pad connected to the wiring pattern, a substrate on which the wiring pattern is formed and the electrode pad is mounted, a power supply body which supplies external power to the electrode pad, a socket housing which has an engaging portion that is engageable with a predetermined member and holds the substrate, the light emitting element and the power supply body, and a heat dissipation plate bonded to a rear surface of the substrate with an adhesive, wherein a placement recess in which the substrate is placed is formed in the socket housing, wherein a part of a connection terminal to be connected to a power supply circuit is positioned in a portion of the placement recess between the substrate and the engaging portion, wherein a gap is formed between an outer peripheral surface of the substrate and an inner peripheral surface of the placement recess, the gap comprising at least one shallow groove portion and at least one deep groove portion, and wherein the connection terminal and the electrode pad are connected to each other by a conduction connecting part. a light emitting element which functions as a light source, a wiring pattern on which the light emitting element is mounted, an electrode pad connected to the wiring pattern, a substrate on which the wiring pattern is formed and the electrode pad is mounted, a power supply body which supplies external power to the electrode pad, a socket housing which has an engaging portion that is engageable with a predetermined member and holds the substrate, the light emitting element and the power supply body, and a heat dissipation plate bonded to a rear surface of the substrate with an adhesive, wherein a placement recess in which the substrate is placed is formed in the socket housing, wherein a part of a connection terminal to be connected to a power supply circuit is positioned in a portion of the placement recess between the substrate and the engaging portion, wherein a gap is formed between an outer peripheral surface of the substrate and an inner peripheral surface of the placement recess, the gap comprising at least one shallow groove portion and at least one deep groove portion, and wherein the connection terminal and the electrode pad are connected to each other by a conduction connecting part.
A motor vehicle driving assistance device comprising a variable transmission screen (26; 28; F), intended to be disposed between a road scene and a driver of the vehicle, the device comprising glare evaluation means, the vehicle being equipped with at least one lighting device capable of emitting a road scene lighting beam in front of the vehicle, the assistance being configured in order, in the active phase, to control an ignition of at least one light source of the lighting device by means of a first periodic pulsed signal of period T and of cyclic ratio R1, and to control a transmission coefficient of the screen (26; 28; F) by means of a second periodic pulsed signal of period T and of cyclic ratio R2, the device being configured to change the transmission coefficient of the screen (26; 28; F) by changing the second pulsed signal so that the duty cycle R2 assumes a value between: - its maximum when the glare measured by the glare assessment means is below a first threshold, and - R1 when the glare measured by the glare assessment means is above a second threshold, the assistance being characterized in that it is configured to change the ignition control by changing the first pulse signal so that the duty cycle R1 assumes a value between two extreme values: - its maximum when the glare measured by the glare assessment means is below a third threshold, and - its minimum when the glare measured by the glare assessment means is above a fourth threshold. - its maximum when the glare measured by the glare assessment means is below a first threshold, and - R1 when the glare measured by the glare assessment means is above a second threshold, - its maximum when the glare measured by the glare assessment means is below a third threshold, and - its minimum when the glare measured by the glare assessment means is above a fourth threshold.
A compound for use in treating metastasizing cancer in a human being, wherein said compound comprises a peptide of the amino acid sequence X 1 -R-W-H-X 5, wherein X 1 is selected from K, R, N, or Q and wherein X 5 is selected from E or D, wherein said metastasizing cancer shows expression of CD44v6, and wherein said treating causes regression of metastases that have already formed and spread across the body.
A method for operating a vehicle comprising: using sensor information to detect and identify a plurality of construction objects associated with a construction zone at a location; using the sensor information to detect and identify roadway features at the location; mapping an area of the construction zone including an area along the roadway between two of the plurality of construction objects using the identified plurality of construction objects; classifying, by a processor, from a plurality of classifications comprising active and inactive classifications, an activity type of the construction zone based on differences between: the detected roadway features, and roadway features of the construction zone from stored detailed map information at the location; adding the area of the construction zone and the classification to the stored detailed map information at the location; subsequent to adding the area of the construction zone and the classification to the stored detailed map information, using sensor information to detect and identify a construction object at a given location; identifying, from the stored detailed map information, the area of the construction zone and the classification based on the given location; and operating, at the area of the construction zone, a vehicle having an autonomous driving mode using the classification stored in the detailed map information. using sensor information to detect and identify a plurality of construction objects associated with a construction zone at a location; using the sensor information to detect and identify roadway features at the location; mapping an area of the construction zone including an area along the roadway between two of the plurality of construction objects using the identified plurality of construction objects; classifying, by a processor, from a plurality of classifications comprising active and inactive classifications, an activity type of the construction zone based on differences between: the detected roadway features, and roadway features of the construction zone from stored detailed map information at the location; the detected roadway features, and roadway features of the construction zone from stored detailed map information at the location; adding the area of the construction zone and the classification to the stored detailed map information at the location; subsequent to adding the area of the construction zone and the classification to the stored detailed map information, using sensor information to detect and identify a construction object at a given location; identifying, from the stored detailed map information, the area of the construction zone and the classification based on the given location; and operating, at the area of the construction zone, a vehicle having an autonomous driving mode using the classification stored in the detailed map information.
Electric motor for a fluid pump, in particular an oil pump, comprising a housing in which a stator, a rotor and a tapping plate are arranged, - the tapping plate having interconnection contacts for electrically connecting to windings of the stator, - the tapping plate being formed and/or overmoulded by a plastics material, - the stator being encased by an overmould that forms a bearing seat for the rotor, characterised in that - the tapping plate has connection elements for connecting to a control electronics and/or positioning electronics, and in that - the housing has a receiving space for the control electronics and/or positioning electronics, said receiving space being separated from the stator by a partition. - the tapping plate having interconnection contacts for electrically connecting to windings of the stator, - the tapping plate being formed and/or overmoulded by a plastics material, - the stator being encased by an overmould that forms a bearing seat for the rotor, characterised in that - the tapping plate has connection elements for connecting to a control electronics and/or positioning electronics, and in that - the housing has a receiving space for the control electronics and/or positioning electronics, said receiving space being separated from the stator by a partition.
An effervescent developer precursor for preparing a developing solution for developing a lithographic printing plate precursor, characterized in that the effervescent developer precursor includes an effervescence generating compound.
Nozzle device (1, 10) for dispensing a viscous application medium in the form of at least one jet (S1, S2) onto a component, preferably for encompassing application of the application medium onto a fold, an edge or a transition joint of the component, the at least one jet (S1, S2) defining a jet width (B1, B2), comprising: an opening configuration for forming at least one slit opening (3.1, 3.2) for dispensing the application medium, wherein the opening configuration is formed concave in order to bring about a narrowing of the jet width (B1, B2) toward the dispensing side, and with a material cut-out (5, 6) incorporated into the nozzle device (1, 10) for feeding the application medium to the opening configuration and thus to the at least one slit opening (3.1, 3.2), characterized in that the material cut-out (5, 6) comprises a conduit section and a chamber section arranged downstream of the conduit section, wherein the chamber section opens into the opening configuration and the passage cross-section of the chamber section is larger than the passage cross-section of the conduit section. an opening configuration for forming at least one slit opening (3.1, 3.2) for dispensing the application medium, wherein the opening configuration is formed concave in order to bring about a narrowing of the jet width (B1, B2) toward the dispensing side, and with a material cut-out (5, 6) incorporated into the nozzle device (1, 10) for feeding the application medium to the opening configuration and thus to the at least one slit opening (3.1, 3.2), characterized in that the material cut-out (5, 6) comprises a conduit section and a chamber section arranged downstream of the conduit section, wherein the chamber section opens into the opening configuration and the passage cross-section of the chamber section is larger than the passage cross-section of the conduit section.
Propulsion device for divers and swimmers comprising one or more drives provided with electric motors and means for fixing the drives to the legs or arms of the diver or swimmer, characterized in that, the electric motors are provided with a sump cooling, with the electric motors being arranged in waterproof housings and each waterproof housing being only partially filled with a cooling liquid.