mhurhangee/ep-ind-claims huggingface dataset:
A method for noise compensation of a particle beam, the method comprising: sensing, by at least two sensors that are spaced apart from each other, magnetic noises within different frequency bands to provide magnetic noise measurements; generating magnetic noise compensation signals based on the magnetic noise measurements and on relationships between values of magnetic noises and particle beam location errors; and scanning an object by the particle beam in response to a desired particle beam scan pattern and the magnetic noise compensation signals. sensing, by at least two sensors that are spaced apart from each other, magnetic noises within different frequency bands to provide magnetic noise measurements; generating magnetic noise compensation signals based on the magnetic noise measurements and on relationships between values of magnetic noises and particle beam location errors; and scanning an object by the particle beam in response to a desired particle beam scan pattern and the magnetic noise compensation signals.
Modular shower cabin for aircrafts comprising an integratable faucet unit and integrated technical facilities, like for example a water drain, an illumination, a ventilation device, oxygen masks or the like, wherein - the shower cabin comprises a center portion, in which an entrance area formed by a recess and a mounting for the faucet unit are provided, - and the shower cabin comprises a ceiling portion adjoining the center portion at the top, and a bottom portion adjoining the center portion at the bottom, - and the technical facilities are allocated to the ceiling portion and/or to the bottom portion, characterised in that - the center portion is formed by at least two structural components (2a,2b,2c), and the structural components (2a,2b,2c) are connected with each other at their vertically running sides, wherein - at least one of the structural components (2a,2b) has a radius (12,13), and the structural component (2a,2b) at the end of the radius (12,13) passes into a planar side wall (8,9,10,11), so that when installed in an aircraft a free space between the shower cabin and the side walls of an aircraft cabin adjacent to each other is provided by the radius (12,13), in which free space the faucet unit can be attached to the shower cabin from the outside. - the shower cabin comprises a center portion, in which an entrance area formed by a recess and a mounting for the faucet unit are provided, - and the shower cabin comprises a ceiling portion adjoining the center portion at the top, and a bottom portion adjoining the center portion at the bottom, - and the technical facilities are allocated to the ceiling portion and/or to the bottom portion, characterised in that - the center portion is formed by at least two structural components (2a,2b,2c), and the structural components (2a,2b,2c) are connected with each other at their vertically running sides, wherein - at least one of the structural components (2a,2b) has a radius (12,13), and the structural component (2a,2b) at the end of the radius (12,13) passes into a planar side wall (8,9,10,11), so that when installed in an aircraft a free space between the shower cabin and the side walls of an aircraft cabin adjacent to each other is provided by the radius (12,13), in which free space the faucet unit can be attached to the shower cabin from the outside.
A positive electrode slurry composition for a lithium secondary battery comprising: a positive electrode active material, a dispersing agent, a solvent and a conductive agent, and wherein the particles of the conductive agent have a nonzero surface charge with the same charge polarity and are surface-treated by the dispersing agent, and wherein the dispersing agent comprises an aryl group and contains a fluorine group, and wherein the surface charge of the conductive agent with respect to water is from -100mV to -0.1mV.
A cooking device (4, 24) serving to heat up a cooked item (2, 22) placed in it, having a non-stick coating on the cooking device inner base (6, 26), whereby the coating (3, 23) comprises thermally conductive particles (9, 25, 27) with a thermal conductivity of greater than 200 W/m·°K, is characterised in that the size of the particles (9, 25, 27) have a thickness equivalent to the entire coating thickness in order to ensure direct, excellent thermal transmission from the cooking device inner base (6, 26) to the cooked item (2, 22), and provided that there exist several layers in the coating (3,23), the particle diameter is of an order of magnitude of the entire layer packet, whereby the particles (9, 25, 27) having a contact tolerance of less than 1 μm to the untreated "naked" inner base (6, 26), are preferably in direct contact with said inner base (6, 26) and extend up to the surface of the entire coating with an exterior layer tolerance of +/-10%.
Applicator having a handle piece and having a pressing body for a microneedle patch, which pressing body is connected to the handle piece, characterized in that - the pressing body is mounted for movement relative to the handle piece in a sliding joint or in a pivot joint at least between an idle position and a usage position by means of external operating forces and an internal restoring device, - the pressing body has a pressing surface which is spaced apart from the pivot joint or sliding joint, - in the idle position the pressing body is not loaded by external operating forces and the restoring device has the lowest internal energy, and - the pressing body is movable relative to the handle piece towards the usage position by means of external operating forces acting on the pressing surface, the internal energy of the restoring device thus being increased. - the pressing body is mounted for movement relative to the handle piece in a sliding joint or in a pivot joint at least between an idle position and a usage position by means of external operating forces and an internal restoring device, - the pressing body has a pressing surface which is spaced apart from the pivot joint or sliding joint, - in the idle position the pressing body is not loaded by external operating forces and the restoring device has the lowest internal energy, and - the pressing body is movable relative to the handle piece towards the usage position by means of external operating forces acting on the pressing surface, the internal energy of the restoring device thus being increased.
Turbomachine of the type comprising at least, in the flow direction of the gases, a compressor, a chamber comprising means capable of generating hot gases from an air mixture originating from a captured air flow and from a fuel, and a turbine which is driven in rotation by said hot gases and which drives said compressor, said chamber comprising a continuous detonation wave engine, fitted with an annular detonation chamber and associated means (8, 9) making it possible to generate continuous production of hot gases from an explosive fuel and air mixture, said continuous detonation wave engine being arranged so as to form, from said captured air flow, a first flow which enters said detonation chamber and which is used by said engine, and a second flow which bypasses said chamber, characterised in that said turbomachine comprises, in addition, auxiliary means for mixing the hot gases emanating from the detonation chamber with said second air flow before conducting them towards the turbine, and in that an injection system injects the fuel separately to the air and directly into the detonation chamber.
A method of operation in a dual-SIM dual-standby, DSDS, device, comprising: receiving, at the DSDS device, a command to enter a first mode; obtaining a first phone number associated with a first subscription on the DSDS device and a second phone number associated with a second subscription on the DSDS device as a result of receiving the command; activating Call Forward Not Reachable services for both the first subscription and the second subscription, wherein the DSDS device sets a first forward-to phone number associated with the first subscription to the second phone number and sets a second forward-to phone number associated with the second subscription to the first phone number; and enabling call waiting services associated with each of the first subscription and the second subscription. receiving, at the DSDS device, a command to enter a first mode; obtaining a first phone number associated with a first subscription on the DSDS device and a second phone number associated with a second subscription on the DSDS device as a result of receiving the command; activating Call Forward Not Reachable services for both the first subscription and the second subscription, wherein the DSDS device sets a first forward-to phone number associated with the first subscription to the second phone number and sets a second forward-to phone number associated with the second subscription to the first phone number; and enabling call waiting services associated with each of the first subscription and the second subscription.
An expression vector containing two mutually independently inducible, convergent promoters P 1 and P 2; wherein between P 1 and P 2 an insertion sequence is positioned downstream of each, so that the expression of a DNA sequence cloned into the insertion sequence is placed under the control of P 1 and P 2; wherein the insertion sequence is a polylinker and/or a sequence which enables integration of DNA sequences by recombination; wherein the expression vector without the insertion sequence in total comprises at most 3000 bp; and wherein the expression vector does not code for a regulator R 1 of P 1 nor for a regulator R 2 of P 2.
A part or set of parts of a turbomachine comprising at least first and second blades (3I, 3E), and a platform from which the blades (3I, 3E) extend the platform having between the intrados of the first blade and the extrados of the second blade, a non-axisymmetric surface defining a plurality of fins extending downstream of a leading edge of each of the blades (3I, 3E), each fin being associated with a leading position and a trailing position on the surface between which the fin extends, such that the more a fin is separated from the extrados of the second blade, the more the leading position of said fin is axially separated from the leading edge of the blades (3I, 3E); characterized in that the fins have a substantially triangular section, said leading position of each fin being located at between 5% and 35% of the relative length of a blade chord (3I, 3E) extending from a leading edge to a trailing edge of the blade (3I, 3E).
A container for storing and dispensing a liquid, comprising a generally cup-shaped receptacle formed by a circumferential side wall and a front wall and further having a rear opening formed by the side wall and a front opening extending through the front wall, the rear opening being closed by a piston which is slidably accommodated within the receptacle and the front opening being openably sealed, the receptacle and the piston in combination forming a chamber in which the liquid is received, the piston forming a circumferential sealing structure bearing on an inner surface of the side wall, and wherein the inner surface of the side wall has an arithmetic average surface roughness of between 0.05 μm and 4.5 μm R a.
A bicycle brake and shift operating device comprising: a bracket including a grip portion having a first exterior lateral side and a second exterior lateral side; a brake operating member pivotally coupled to the bracket at a brake operating member pivot axis such that the brake operating member moves along a braking plane disposed between the first and second exterior lateral sides; a shift operating unit mounted on the bracket; and a release operating member including a user operating portion located on a first side of the braking plane, with the release operating member pivotally coupled to the bracket at a release operating member pivot axis such that the user operating portion moves along an operating path between a rest position and a releasing position with the operating path being disposed solely on the first side of the braking plane, with the user operating portion moving in direction closer towards the brake operating member as the user operating portion moves along the operating path to perform a releasing operation in response to movement of the user operating portion from the rest position to the releasing position, characterized in that the bicycle brake and shift operating device comprises an additional release operating member having an additional user operating portion that is operatively coupled to the shift operating unit, the additional release operating member being movably coupled to the bracket between a rest position and a releasing position. a bracket including a grip portion having a first exterior lateral side and a second exterior lateral side; a brake operating member pivotally coupled to the bracket at a brake operating member pivot axis such that the brake operating member moves along a braking plane disposed between the first and second exterior lateral sides; a shift operating unit mounted on the bracket; and a release operating member including a user operating portion located on a first side of the braking plane, with the release operating member pivotally coupled to the bracket at a release operating member pivot axis such that the user operating portion moves along an operating path between a rest position and a releasing position with the operating path being disposed solely on the first side of the braking plane, with the user operating portion moving in direction closer towards the brake operating member as the user operating portion moves along the operating path to perform a releasing operation in response to movement of the user operating portion from the rest position to the releasing position, characterized in that the bicycle brake and shift operating device comprises an additional release operating member having an additional user operating portion that is operatively coupled to the shift operating unit, the additional release operating member being movably coupled to the bracket between a rest position and a releasing position.
A three-dimensional surveying instrument comprising: a light emitter for emitting a pulsed distance measuring light, a scanning unit for scanning a range as required including an object to be measured with said distance measuring light from said light emitter, a distance measuring unit for performing a distance measurement based on a reflected light from said object to be measured, at least one image pickup unit (23, 24) for acquiring an image of said object to be measured, a filter unit (47, 48) provided on an image pickup optical axis of said image pickup unit and a control arithmetic unit which enables changing a measurement mode, a measurement mode being a combination of a light intensity of said distance measuring light, a light emission frequency, and a beam diameter of the distance measuring light, wherein said filter unit has a distance measuring light transmission filter for transmitting said distance measuring light and a visible light transmission filter for transmitting a visible light, and said control arithmetic unit calculates a reflectance information of said object to be measured based on a comparison of a distance measuring light image acquired by said image pickup unit through a sunlight transmitted through said distance measuring light transmission filter and a visible light image acquired by said image pickup unit through a sunlight transmitted through said visible light transmission filter, and selects a measurement mode based on said reflectance information.
A computer implemented method of detecting a fault in a system comprising the steps of: executing at least three virtual machines (1,2,3), each virtual machine executing a same application software, in separated and isolated memory segments (1.2, 2.2, 3.2), and in a dedicated core (1.1, 2.1, 3.1) of a multi-core processor; said virtual machines (1,2,3) being synchronized and concurrently executed by a common hypervisor; wherein non-faulty virtual machines provide an identical output message within a predefined time-interval; detecting a fault in an output of a virtual machine, said fault corresponding to a different output message of said faulty virtual machine; executing a distributed vote on output messages of the virtual machines to determine a voted output message; communicating the voted output message to an external system in communication with the system; wherein one virtual machine is predefined as primary and another one as secondary, and wherein the voted output message is communicated by the primary virtual machine or by the secondary virtual machine if the primary virtual machine is faulty. executing at least three virtual machines (1,2,3), each virtual machine executing a same application software, in separated and isolated memory segments (1.2, 2.2, 3.2), and in a dedicated core (1.1, 2.1, 3.1) of a multi-core processor; said virtual machines (1,2,3) being synchronized and concurrently executed by a common hypervisor; wherein non-faulty virtual machines provide an identical output message within a predefined time-interval; detecting a fault in an output of a virtual machine, said fault corresponding to a different output message of said faulty virtual machine; executing a distributed vote on output messages of the virtual machines to determine a voted output message; communicating the voted output message to an external system in communication with the system; wherein one virtual machine is predefined as primary and another one as secondary, and wherein the voted output message is communicated by the primary virtual machine or by the secondary virtual machine if the primary virtual machine is faulty.
A door device for public transport vehicles such as buses, trams or the like, comprising: - at least one door wing, having an upper end connected to a door wing-supporting arm, - wherein said door wing-supporting arm is carried by, and protrudes from a bushing, which is slidably mounted on an upper horizontal guiding rod, said rod being configured for being connected to a stationary door structure, above a doorway, in such a way that said rod can be moved outwards to cause the door wing to leave the general plane of the doorway, - a vertical shaft designed to be rotatably supported on one side of the doorway and carrying a lower arm adjacent to its lower end, for guiding the door wing, - wherein said lower arm for guiding the door wing is operatively connected to a lower end of the door wing by means of an engagement member guided within a horizontal guiding track associated with the lower end of the door wing, said door device being characterized in that it comprises a safety device including a stop element arranged to be mounted on the stationary structure of the door and configured and arranged to come into contact with said door wing-supporting arm in order to prevent an outward rotation of the door wing beyond a predetermined maximum angle, around the axis of said upper guiding rod, following an accidental disengagement of said engagement member from said guiding track associated with the lower end of the door wing. - at least one door wing, having an upper end connected to a door wing-supporting arm, - wherein said door wing-supporting arm is carried by, and protrudes from a bushing, which is slidably mounted on an upper horizontal guiding rod, said rod being configured for being connected to a stationary door structure, above a doorway, in such a way that said rod can be moved outwards to cause the door wing to leave the general plane of the doorway, - a vertical shaft designed to be rotatably supported on one side of the doorway and carrying a lower arm adjacent to its lower end, for guiding the door wing, - wherein said lower arm for guiding the door wing is operatively connected to a lower end of the door wing by means of an engagement member guided within a horizontal guiding track associated with the lower end of the door wing,
A hydrophilic acryl-modified polyurethane comprising: polymerized units derived from anhydrosugar alcohol-alkylene oxide adduct; polymerized units derived from polyisocyanate; and polymerized units derived from hydroxyalkyl (meth)acrylate.
Use of a pigment preparation for pigmenting natural or synthetic materials, the pigment preparation comprising at least one organic and/or inorganic pigment and/or filler at least one dispersant of the formula or, or mixtures of the dispersants of the formulae and, where n is an integer greater than or equal to 1, z is an integer greater than or equal to 1, R1 is an aliphatic, linear or branched hydrocarbon radical having 1 to 30 carbon atoms, or a hydrogen atom, or the structural unit -O-X or the structural unit -CH 2 -O-X, and structural unit X corresponds to the formula in which a is an integer from 1 to 50, preferably 1 to 20, more preferably 1 to 10, b is an integer from 0 to 50, preferably 0 to 20, more preferably 0 to 10, c is an integer from 1 to 100, preferably 10 to 50, m is an integer from 1 to 50, preferably 1 to 10, R2 is an aliphatic, linear or branched hydrocarbon radical having 1 to 30 carbon atoms, Y is -SO 3 M, -SO 2 M, -PO 3 M 2, -CH 2 COOM, and M is hydrogen or a cation, preferably from the group of Na +, K +, NH 4 +, triethanolammonium, or a combination thereof, and water, where the pigment preparation is used in a tinting system as a colouring component, and wherein the colouring of a tinting base, which is a liquid binder system present in white or transparent or chromatic form, is achieved by software-controlled metering of the pigment preparation. at least one organic and/or inorganic pigment and/or filler at least one dispersant of the formula or, or mixtures of the dispersants of the formulae and, n is an integer greater than or equal to 1, z is an integer greater than or equal to 1, R1 is an aliphatic, linear or branched hydrocarbon radical having 1 to 30 carbon atoms, or a hydrogen atom, or the structural unit -O-X or the structural unit -CH 2 -O-X, a is an integer from 1 to 50, preferably 1 to 20, more preferably 1 to 10, b is an integer from 0 to 50, preferably 0 to 20, more preferably 0 to 10, c is an integer from 1 to 100, preferably 10 to 50, m is an integer from 1 to 50, preferably 1 to 10, R2 is an aliphatic, linear or branched hydrocarbon radical having 1 to 30 carbon atoms, Y is -SO 3 M, -SO 2 M, -PO 3 M 2, -CH 2 COOM, and M is hydrogen or a cation, preferably from the group of Na +, K +, NH 4 +, triethanolammonium, or a combination thereof, and water, where the pigment preparation is used in a tinting system as a colouring component, and wherein the colouring of a tinting base, which is a liquid binder system present in white or transparent or chromatic form, is achieved by software-controlled metering of the pigment preparation.