mhurhangee/ep-ind-claims huggingface dataset:
A method for maintenance of a permanent way for rail vehicles, wherein, for determining an actual condition of the permanent way, measurement data are recorded by means of a measuring system installed on the rail vehicle, and wherein based on this maintenance measures of the permanent way are executed, wherein for objects (5, 6, 7, 8, 9, 10, 11) of the permanent way object classes are predetermined, wherein each object class is defined by means of an unique object class identification, wherein by means of an evaluation device characteristic measurement data for a particular object (5, 6, 7, 8, 9, 10, 11) by means of analysis software ballast, rails or rail sections, sleepers, fastening means, masts, contact wires or contact wire sections, and obstacles for working units of a rail-bound construction- and/or maintenance machine are detected as objects (5, 6, 7, 8, 9, 10, 11) of the permanent way, wherein a detected object (5, 6, 7, 8, 9, 10, 11) is assigned to the relevant object class, wherein for an assigned object (5, 6, 7, 8, 9, 10, 11) the relevant object class identification linked to positional data is stored in a database as object data, wherein the maintenance measures are operated by means of the rail-bound construction- and/or maintenance machine by deriving control data for a work sequence of a rail-bound construction- and/or maintenance machine from the data stored in the database.
Electric switching device with a first contact piece, a second contact piece, a first kinematic chain for the driving of the first contact piece, and a second kinematic chain for the driving of the second contact piece, wherein the electric switching device comprises a first switching point and a second switching point, which are connected in series, and the first contact piece is associated with the first contact point and the second contact piece is associated with the second contact point, characterized in that the first kinematic chain and the second kinematic chain operate in a mutually independent mechanical arrangement and are coupled to the first and the second contact piece through the interior of a common supporting insulator.
A wall-mounted type indoor unit (2a, 2f) of an air conditioner, comprising: a casing, having an outlet provided in the front surface of the unit arranged to pass air blown out into a room therethrough, and an inlet provided in the front surface arranged to pass air taken in from the room therethrough; and a front panel (24a, 24f), characterised in that the front panel comprises: a first panel (241, 253) arranged to open and close said outlet, having a projection area greater than said outlet in a front view in a state wherein said outlet is closed and the first panel being parallel to the vertical direction in that state; and a second panel (242, 254) arranged to open and close said inlet, having a projection area greater than said inlet in a front view in a state wherein said inlet is closed and the second panel being parallel to the vertical direction in that state, such that the front panel forms a flat surface. a casing, having an outlet provided in the front surface of the unit arranged to pass air blown out into a room therethrough, and an inlet provided in the front surface arranged to pass air taken in from the room therethrough; and a front panel (24a, 24f), characterised in that the front panel comprises: a first panel (241, 253) arranged to open and close said outlet, having a projection area greater than said outlet in a front view in a state wherein said outlet is closed and the first panel being parallel to the vertical direction in that state; and a second panel (242, 254) arranged to open and close said inlet, having a projection area greater than said inlet in a front view in a state wherein said inlet is closed and the second panel being parallel to the vertical direction in that state, such that the front panel forms a flat surface. a first panel (241, 253) arranged to open and close said outlet, having a projection area greater than said outlet in a front view in a state wherein said outlet is closed and the first panel being parallel to the vertical direction in that state; and a second panel (242, 254) arranged to open and close said inlet, having a projection area greater than said inlet in a front view in a state wherein said inlet is closed and the second panel being parallel to the vertical direction in that state, such that the front panel forms a flat surface.
Object, in particular a portable object such as a timepiece or smartphone, this object comprising an electro-optic display device provided with an optically active element, whose optical properties can be modified by applying an electric voltage or current between at least one electrode and one corresponding auxiliary electrode, between which the optically active element is disposed, the object further comprising a frame which delimits an opening wherein the electro-optic display device is arranged, the object further comprising an external electronic power and control device (31; 66) in addition to elements (32, 34, 36; 64, 70) for the electrical connection of the electro-optic display device to the external electronic power and control device (31; 66), the external electronic power and control device (31; 66), as well as the electrical connection elements (32, 34, 36; 64, 70) being hidden by the frame of the object, characterized in that the electro-optic display device defines an opaque active display area (38; 72), whose surface area is less than the surface area of the opening delimited by the frame, such that, even when the electro-optic display device is activated and displays information, a transparent area (40; 74) remains between the active display area (38; 72) and the edges of the frame, whereas an area located beneath the active display area (38; 72) is hidden.
A method for processing a measurement context, the method comprising processing a network-side measurement context between a source radio access network device and a destination radio access network device when a User Equipment, UE, in a Long Term Evolution system switches from the source radio access network device to the destination radio access network device through an inter-frequency switching or an inter-frequency Radio Resource Control, RRC, connection reestablishment; wherein the source radio access network device is a radio access network device serving the user equipment prior to the inter-frequency switching or a radio access network device serving the user equipment prior to the inter-frequency Radio Resource Control, RRC, connection reestablishment; and the destination radio access network device is a radio access network device serving the user equipment after the inter-frequency switching or a radio access network device serving the user equipment after the inter-frequency RRC connection reestablishment; and wherein the processing the network-side measurement context between the source radio access network device and the destination radio access network device comprises: the source radio access network device transmitting (401, 501) the network-side measurement context on the source radio access network device to the destination radio access network device; and the destination radio access network device performing (403, 504) network-side measurement context exchange operations on the received network-side measurement context from the source radio access network device upon determining (402, 503) that the user equipment is subject to the inter-frequency switching or the inter-frequency RRC connection reestablishment. the source radio access network device transmitting (401, 501) the network-side measurement context on the source radio access network device to the destination radio access network device; and the destination radio access network device performing (403, 504) network-side measurement context exchange operations on the received network-side measurement context from the source radio access network device upon determining (402, 503) that the user equipment is subject to the inter-frequency switching or the inter-frequency RRC connection reestablishment.
A collision detecting device comprising: detecting means (22, 24) for detecting a physical amount corresponding to load generated by a collision; discrimination value calculating means for, in accordance with vehicle speed, deciding upon a sectional integration width at which detection results of the detecting means are integrated, and calculating a discrimination value for discriminating a type of a collided object, on the basis of an integrated value obtained by integrating, at the sectional integration width that was decided upon, the physical amount detected by the detecting means; and discriminating means for discriminating the type of the collided object on the basis of the discrimination value; characterized in that: the sectional integration width that was decided upon is changed in accordance with the vehicle speed. detecting means (22, 24) for detecting a physical amount corresponding to load generated by a collision; discrimination value calculating means for, in accordance with vehicle speed, deciding upon a sectional integration width at which detection results of the detecting means are integrated, and calculating a discrimination value for discriminating a type of a collided object, on the basis of an integrated value obtained by integrating, at the sectional integration width that was decided upon, the physical amount detected by the detecting means; and discriminating means for discriminating the type of the collided object on the basis of the discrimination value; characterized in that: the sectional integration width that was decided upon is changed in accordance with the vehicle speed. the sectional integration width that was decided upon is changed in accordance with the vehicle speed.
A method for selecting a virtual slot to start up an instance of an application in a distributed system comprising a plurality of physical machines (CI, C2, S1) distributed on a network (R, R'), each physical machine housing at least one virtual machine (VM1, VM2,..., VM6), and each virtual machine comprising at least one virtual slot for running an application instance in said virtual machine (VM1, VM2,..., VM6), said method comprising selecting a virtual slot for starting up an application instance, a user having requested the opening of a given version of an application, the distributed system being capable of running at least two different versions of the requested application, said selection including the following steps: - determining a set of free virtual slots (TS1_1, TS1_2,..., TS6_3), i.e., those not occupied by an application instance in use, a virtual slot (TS1_1, TS1_2,..., TS6_3) being predefined by resources comprising computing capacities and memory capacities and defined as a location within which applications are due to be executed, - computing a score for each free virtual slot, - selecting the virtual slot to start up the considered application instance, said selected virtual slot being that having the best score, characterized in that the score for a free virtual slot (TS1_1, TS1_2,..., TS6_3) is computed at least from a first and a second application constraints, in that the evaluation of the first application constraint associated with said free virtual slot consists on the one hand of determining whether the requested application is already open or not in said considered free virtual slot, and on the other hand of awarding a score associated with the first application constraint as a function of that determination, and in that the evaluation of the second application constraint associated with said free virtual slot consists on the one hand of determining whether, when the requested application is already open in said considered free virtual slot (TS1_1, TS1_2,..., TS6_3), the version of said open application is indeed the requested given version, and on the other hand awarding a score associated with the second application constraint as a function of that determination. - determining a set of free virtual slots (TS1_1, TS1_2,..., TS6_3), i.e., those not occupied by an application instance in use, a virtual slot (TS1_1, TS1_2,..., TS6_3) being predefined by resources comprising computing capacities and memory capacities and defined as a location within which applications are due to be executed, - computing a score for each free virtual slot, - selecting the virtual slot to start up the considered application instance, said selected virtual slot being that having the best score,
A computer-implemented method for determining magnetic resonance imaging ("MRI") scan parameters for a multi-spectral imaging ("MSI") scan, the steps of the method comprising: (a) providing to a computer system, calibration data acquired with an MRI system from a field -of-view of a subject, wherein the calibration data contains a plurality of different data sets each acquired at a different resonance frequency offset, the data sets corresponding to a plurality of spectral bins, each spectral bin corresponding to a section acquired at a different discrete resonance frequency offset; (b) computing with the computer system, a field map from the calibration data, the field map containing information about off-resonance effects in the field-of-view; (c) determining with the computer system, a spectral range from the computed field map, wherein the spectral range is tailored to the frequency offset distribution within the field of view, and wherein the spectral range defines a range of off-resonance frequency values to be used in the MSI scan of said subject; (d) setting with the computer system, a number of spectral bins based on the determined spectral range; and (e) generating with the computer system, scan parameters based on the number of spectral bins and the determined spectral range, the scan parameters defining the spectral bins at which spins are to be excited and data are to be acquired with an MRI system performing the MSI scan of said subject. (a) providing to a computer system, calibration data acquired with an MRI system from a field -of-view of a subject, wherein the calibration data contains a plurality of different data sets each acquired at a different resonance frequency offset, the data sets corresponding to a plurality of spectral bins, each spectral bin corresponding to a section acquired at a different discrete resonance frequency offset; (b) computing with the computer system, a field map from the calibration data, the field map containing information about off-resonance effects in the field-of-view; (c) determining with the computer system, a spectral range from the computed field map, wherein the spectral range is tailored to the frequency offset distribution within the field of view, and wherein the spectral range defines a range of off-resonance frequency values to be used in the MSI scan of said subject; (d) setting with the computer system, a number of spectral bins based on the determined spectral range; and (e) generating with the computer system, scan parameters based on the number of spectral bins and the determined spectral range, the scan parameters defining the spectral bins at which spins are to be excited and data are to be acquired with an MRI system performing the MSI scan of said subject.
A method for the treatment of a heating rod intended to be used in a pressurizer of the primary cooling system of a nuclear reactor, the heating rod comprising a heating device housed inside a substantially cylindrical sheath, said sheath having an external surface that is liable to undergo stress corrosion, at least partially, during the use of the heating rod, said sheath including a steel-type material, characterized in that the method comprises a heat treatment step of at least the external surface of at least said sheath to recrystallize, at least, the area of the material of the sheath, and in that the external surface of the sheath has at least traces of work-hardening before the heat treatment step, and in that the rise in temperature of the heater resulting from the heat treatment is limited to a maximum value of 900 °C.
A system for biological sample analysis, comprising: - a biological sample sensor (110, 610, 1410, 1710, 1800, 2210, 2304) comprising a plurality of transistors, wherein at least one transistor comprises a scattering site, wherein at least one transistor comprises sp2 hybridized Carbon in the form of Graphene; - a sequencing probe, such that if the sequencing probe detects a complimentary DNA sequence while voltage is applied to the transistor, the electrical properties of the transistor will change; - a sample well (1260, 1400, 1868, 2260, 2302) having a bottom portion, wherein the sample well is in fluidic communication with the biological sample sensor (110, 610, 1410, 1710, 1800, 2210, 2304); and - a computing module, wherein the computing module is configured to identify the DNA sequence based on the change in electrical properties of the at least one transistor, characterized in that each said scattering site comprises sp3 hybridized Carbon, the sp3 hybridized Carbon being covalently bonded to said sequencing probe. - a biological sample sensor (110, 610, 1410, 1710, 1800, 2210, 2304) comprising a plurality of transistors, wherein at least one transistor comprises a scattering site, wherein at least one transistor comprises sp2 hybridized Carbon in the form of Graphene; - a sequencing probe, such that if the sequencing probe detects a complimentary DNA sequence while voltage is applied to the transistor, the electrical properties of the transistor will change; - a sample well (1260, 1400, 1868, 2260, 2302) having a bottom portion, wherein the sample well is in fluidic communication with the biological sample sensor (110, 610, 1410, 1710, 1800, 2210, 2304); and - a computing module, wherein the computing module is configured to identify the DNA sequence based on the change in electrical properties of the at least one transistor,
A surgical cutting device, comprising: an elongated shaft having a proximal portion and a distal portion connected between a proximal end and a distal end; a central longitudinal axis (y-y) extending through the elongated shaft; wherein the proximal portion has a first diameter and the distal portion has a second diameter, the first diameter being larger than the second diameter; a cutting tip at the distal end of the elongated shaft, extending along a second axis (x-x), at an angle relative to the central longitudinal axis (y-y); wherein the cutting tip comprises a curved blade which is open in a proximal direction; wherein the curved blade comprises an inner wall extending to a base of the cutting tip, characterized in that a cross-section of the curved blade in a plane perpendicular to the second axis (x-x) is crescent-shaped, and the base is semi-circular. an elongated shaft having a proximal portion and a distal portion connected between a proximal end and a distal end; a central longitudinal axis (y-y) extending through the elongated shaft; wherein the proximal portion has a first diameter and the distal portion has a second diameter, the first diameter being larger than the second diameter; a cutting tip at the distal end of the elongated shaft, extending along a second axis (x-x), at an angle relative to the central longitudinal axis (y-y); wherein the cutting tip comprises a curved blade which is open in a proximal direction; wherein the curved blade comprises an inner wall extending to a base of the cutting tip, characterized in that a cross-section of the curved blade in a plane perpendicular to the second axis (x-x) is crescent-shaped, and the base is semi-circular.
A sawmill assembly comprising: a bed, said bed comprising: a pair of substantially parallel rails, said rails defining a first plane, a first axis perpendicular to said first plane, and a second plane perpendicular to both said first plane and a longitudinal axis of said rails; wherein the sawmill assembly further comprises a carriage movably supported along said rails, said carriage comprising: a tilting device for adjusting a tilt angle of said carriage in said second plane, relative to said first axis; and characterized in that said carriage further comprises wheels; wherein said carriage is movably supported along said rails on said wheels. a pair of substantially parallel rails, said rails defining a first plane, a first axis perpendicular to said first plane, and a second plane perpendicular to both said first plane and a longitudinal axis of said rails; wherein the sawmill assembly further comprises a carriage movably supported along said rails, said carriage comprising: a tilting device for adjusting a tilt angle of said carriage in said second plane, relative to said first axis; and characterized in that said carriage further comprises wheels; wherein said carriage is movably supported along said rails on said wheels. a tilting device for adjusting a tilt angle of said carriage in said second plane, relative to said first axis; and characterized in that said carriage further comprises wheels; wherein said carriage is movably supported along said rails on said wheels.
A method for detecting a fusion gene composed of an occludin (OCLN) gene and a Rho GTPase activating protein 26 (ARHGAP26) gene, wherein the method comprises a step of detecting whether a polynucleotide that encodes a polypeptide described by either or shown below exists in a sample obtained from a subject: a polypeptide that comprises an amino acid sequence having no less than 90% identity with an amino acid sequence represented by SEQ ID NO: 2; a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, or a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, in which 1 to 10 amino acids are deleted, substituted, inserted and/or added. a polypeptide that comprises an amino acid sequence having no less than 90% identity with an amino acid sequence represented by SEQ ID NO: 2; a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, or a polypeptide that comprises an amino acid sequence represented by SEQ ID NO: 2, in which 1 to 10 amino acids are deleted, substituted, inserted and/or added.
A method for producing drawn parts having flanges from a flat and/or pre-formed metal blank (10, 12) using a drawing punch with at least one cutting edge, using a blank holder and using a drawing die, the drawing die having a wall region, a flange region and a supporting region for the blank, the blank being placed onto the supporting region of the drawing die and formed into the drawn part by moving the drawing punch into the drawing die and cut at the flange region, the supporting region being raised and stationary relative to the flange region, wherein the height difference (h) between supporting region and flange region corresponds at least to the material thickness of the blank (10, 12) to be deformed, characterised in that while the drawing punch is moved into the drawing die, the at least one cutting edge provided on the drawing punch engages with a rounded portion provided at the transition between supporting region and flange region, so that regions of the blank (10, 12) that extend beyond the flange region are cut off during the rest of the drawing process.