mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: receiving a plurality of recorded seismic traces associated with a target point in a reservoir; generating a first angle domain common image gather based on the received plurality of recorded seismic traces, wherein an angle domain common image gather is generated by performing bifocal imaging on the plurality of seismic traces using detection focusing operators and emission focusing operators, performing a Radon Transform on results of the bifocal imaging, and generating an angle domain common image gather based on results of the Radon Transform; generating a plurality of synthetic traces associated with the target point; generating a second angle domain common image gather based on the synthetic traces; and characterized by generating an enhanced angle domain common image gather using the first angle domain common image gather and the second angle domain common image gather, wherein the enhanced angle domain common image gather is generated by dividing the first angle domain common image gather by amplitudes of the second angle domain common image gather. receiving a plurality of recorded seismic traces associated with a target point in a reservoir; generating a first angle domain common image gather based on the received plurality of recorded seismic traces, wherein an angle domain common image gather is generated by performing bifocal imaging on the plurality of seismic traces using detection focusing operators and emission focusing operators, performing a Radon Transform on results of the bifocal imaging, and generating an angle domain common image gather based on results of the Radon Transform; performing bifocal imaging on the plurality of seismic traces using detection focusing operators and emission focusing operators, performing a Radon Transform on results of the bifocal imaging, and generating an angle domain common image gather based on results of the Radon Transform; generating a plurality of synthetic traces associated with the target point; generating a second angle domain common image gather based on the synthetic traces; and characterized by generating an enhanced angle domain common image gather using the first angle domain common image gather and the second angle domain common image gather, wherein the enhanced angle domain common image gather is generated by dividing the first angle domain common image gather by amplitudes of the second angle domain common image gather.
Method for the continuous renewal of railway track by replacing the old long welded rails with new long welded rails and the releasing of new long welded rails, characterised in that it comprises: - storing new rail elements and bringing them to the so-called release temperature, and - after said new rail elements are stabilised at the so-called release temperature: - controlling the lengthening of the aforementioned new long rails, at the so-called release temperature, - separating the aforementioned old long rails from the track sleepers, - removing the aforementioned old long rails and laying the aforementioned new long rails, at the so-called release temperature, - securing the aforementioned new long rails, at the so-called release temperature, - making new long rails without any discontinuity by welding the aforementioned new rail elements, at the so-called release temperature, - storing the aforementioned old long rails. - storing new rail elements and bringing them to the so-called release temperature, and - after said new rail elements are stabilised at the so-called release temperature: - controlling the lengthening of the aforementioned new long rails, at the so-called release temperature, - separating the aforementioned old long rails from the track sleepers, - removing the aforementioned old long rails and laying the aforementioned new long rails, at the so-called release temperature, - securing the aforementioned new long rails, at the so-called release temperature, - making new long rails without any discontinuity by welding the aforementioned new rail elements, at the so-called release temperature, - storing the aforementioned old long rails.
An apparatus for embedding data into blocks of an area of image data, comprising: - a determining unit that determines whether colors in said blocks of the area are specific colors including three primary colors or achromatic colors, wherein the pixel values of said specific colours exceed a predetermined value and; - an embedding unit that -- detects a difference between grayscale values of pixels in each pair of blocks of the area; -- sets a degree of change of a block's feature based on the difference, wherein the degree is increased as the difference is increased; -- modifies image data to embed the data in said pair of blocks of the area based on the degree, and -- controls to embed the data into the area, when the determining unit does not determine that the colors are specific colors. - a determining unit that determines whether colors in said blocks of the area are specific colors including three primary colors or achromatic colors, wherein the pixel values of said specific colours exceed a predetermined value and; - an embedding unit that -- detects a difference between grayscale values of pixels in each pair of blocks of the area; -- sets a degree of change of a block's feature based on the difference, wherein the degree is increased as the difference is increased; -- modifies image data to embed the data in said pair of blocks of the area based on the degree, and -- controls to embed the data into the area, when the determining unit does not determine that the colors are specific colors. -- detects a difference between grayscale values of pixels in each pair of blocks of the area; -- sets a degree of change of a block's feature based on the difference, wherein the degree is increased as the difference is increased; -- modifies image data to embed the data in said pair of blocks of the area based on the degree, and -- controls to embed the data into the area, when the determining unit does not determine that the colors are specific colors.
A kit for preparing a sample of material, the kit comprising a container having an open end; a pipette for transferring the material to and from the container, the pipette having an open tip for drawing and dispensing the material; a cap configured to seal the open end of the container and to allow the pipette tip enter the container through the cap the cap and the pipette comprising cooperating stop portions (14, 16) for preventing the pipette from advancing into the container upon engagement of the stop portions (14, 16); a predetermined amount of a first substance, defining a first predetermined level when disposed in the container; and a predetermined amount of a second substance, covering the first substance and defining a second predetermined level when disposed in the container after the first substance; the first predetermined level being lower than the second predetermined level; wherein the pipette, the cap and the container are mutually configured such that upon engagement of the cooperating stop portions (14, 16), the tip of the pipette stops above the first predetermined level but below the second predetermined level in the container; wherein the pipette, the cap and the container are mutually configured such that upon engagement of the cooperating stop portions (14, 16) the pipette tip is positioned approximately midway between the first and the second levels (18, 20). a container having an open end; a pipette for transferring the material to and from the container, the pipette having an open tip for drawing and dispensing the material; a cap configured to seal the open end of the container and to allow the pipette tip enter the container through the cap the cap and the pipette comprising cooperating stop portions (14, 16) for preventing the pipette from advancing into the container upon engagement of the stop portions (14, 16); a predetermined amount of a first substance, defining a first predetermined level when disposed in the container; and a predetermined amount of a second substance, covering the first substance and defining a second predetermined level when disposed in the container after the first substance; the first predetermined level being lower than the second predetermined level; a predetermined amount of a first substance, defining a first predetermined level when disposed in the container; and a predetermined amount of a second substance, covering the first substance and defining a second predetermined level when disposed in the container after the first substance; the first predetermined level being lower than the second predetermined level; wherein the pipette, the cap and the container are mutually configured such that upon engagement of the cooperating stop portions (14, 16), the tip of the pipette stops above the first predetermined level but below the second predetermined level in the container; wherein the pipette, the cap and the container are mutually configured such that upon engagement of the cooperating stop portions (14, 16) the pipette tip is positioned approximately midway between the first and the second levels (18, 20).
A compressor rotor assembly comprising: a plurality of rotor disks axially spaced from each other, each rotor disk extending radially from an inner end to an outer end; characterised by a spacer integrally formed with, and extending axially from each rotor disk to engage an adjacent spacer integrally formed with, and extending axially from an adjacent rotor disk, the spacer and adjacent spacer disposed proximate the radially outer end of the respective rotor disks, the spacers forming an outer backbone of the compressor rotor assembly; and an inner backbone of the compressor rotor assembly, the inner backbone comprising a plurality of backbone segments, each of the backbone segments integrally formed with, and extending axially from each rotor disk to engage an adjacent backbone segment integrally formed with, and extending axially from an adjacent rotor disk, the backbone segment and the adjacent backbone segment disposed proximate the radially inner end of the respective rotor disk, a tie shaft axially compressing the adjacent spacers and the adjacent inner backbone segments. a spacer integrally formed with, and extending axially from each rotor disk to engage an adjacent spacer integrally formed with, and extending axially from an adjacent rotor disk, the spacer and adjacent spacer disposed proximate the radially outer end of the respective rotor disks, the spacers forming an outer backbone of the compressor rotor assembly; and an inner backbone of the compressor rotor assembly, the inner backbone comprising a plurality of backbone segments, each of the backbone segments integrally formed with, and extending axially from each rotor disk to engage an adjacent backbone segment integrally formed with, and extending axially from an adjacent rotor disk, the backbone segment and the adjacent backbone segment disposed proximate the radially inner end of the respective rotor disk, a tie shaft axially compressing the adjacent spacers and the adjacent inner backbone segments.
An exception handling method, comprising: receiving, by a virtual management server, an exception notification sent by a virtual machine that interacts with a first client, wherein the exception notification at least carries a user identifier and an application identifier; and storing, by the virtual management server according to a stored exception handling mode corresponding to the user identifier and the application identifier, data of the virtual machine or application data of an application corresponding to the application identifier, and releasing resources of the virtual machine; wherein before the receiving, by a virtual management server, an exception notification sent by a virtual machine, the method comprises: receiving, by the virtual management server, a first connection request sent by the first client, wherein the first connection request at least carries the user identifier and the application identifier and a specified exception handling mode; and determining and storing, by the virtual management server according to the first connection request, the specified exception handling mode as the exception handling mode corresponding to the user identifier and the application identifier. receiving, by a virtual management server, an exception notification sent by a virtual machine that interacts with a first client, wherein the exception notification at least carries a user identifier and an application identifier; and storing, by the virtual management server according to a stored exception handling mode corresponding to the user identifier and the application identifier, data of the virtual machine or application data of an application corresponding to the application identifier, and releasing resources of the virtual machine; wherein before the receiving, by a virtual management server, an exception notification sent by a virtual machine, the method comprises: receiving, by the virtual management server, a first connection request sent by the first client, wherein the first connection request at least carries the user identifier and the application identifier and a specified exception handling mode; and determining and storing, by the virtual management server according to the first connection request, the specified exception handling mode as the exception handling mode corresponding to the user identifier and the application identifier. receiving, by the virtual management server, a first connection request sent by the first client, wherein the first connection request at least carries the user identifier and the application identifier and a specified exception handling mode; and determining and storing, by the virtual management server according to the first connection request, the specified exception handling mode as the exception handling mode corresponding to the user identifier and the application identifier.
A system comprising an electrode device and a light source for emitting light, the light source comprising a base (46,51) with a base surface on which at least two contact elements (47,48,54) are provided, the electrode device having at least two electrodes in a stacked position and being separated by an electrically insulating layer, said two electrodes having a different polarity during operation, at least one electrode comprises an electrically conductive, auto-closing material (31,32), characterized in that the auto-closing material (31,32) for the at least one electrode is chosen from the group consisting of metal/alloy paste, metal/alloy liquid and is contained in between two auto-closing, solid layers (33,34,35,36).
A dental alginate impression material, comprising: a base material comprising an alginic acid-containing aqueous composition comprising: a material selected from the group consisting of alginic acid,alginic acid salt, ester of alginic acid and ether of alginic acid; water; and a non-reducing sugar selected from the group consisting of trehalose, oligosaccharides and cyclodextrins; and a curing material, wherein a content of the material falls within a range of 1 part by weight to 20 parts by weight with respect to 1 part by mass of the material. a material selected from the group consisting of alginic acid,alginic acid salt, ester of alginic acid and ether of alginic acid; water; and a non-reducing sugar selected from the group consisting of trehalose, oligosaccharides and cyclodextrins; and a curing material, wherein a content of the material falls within a range of 1 part by weight to 20 parts by weight with respect to 1 part by mass of the material.
Vehicle seat comprising a seat part, a backrest and at least one cushion part (4, 5; 104) comprising at least one main cushioning part (6; 106), a barrier coating (7; 107) and a cushion covering (8; 108), the barrier coating (7; 107) being arranged between the main cushioning part (6; 106) and the cushion covering (8; 108) or a substrate layer (9; 109) thereof, the cushion part (4, 5; 104) comprising an additional cushion core (10; 110) which is air-permeable and different from the main cushioning part (6; 106), the main cushioning part (6; 106) comprising, in the region adjacent to said cushion core, a device (11; 111) for ventilating the air-permeable cushion core (10; 110), characterised in that the air-permeable cushion core (10; 110) is mounted on the cushion covering (8; 108) or on the substrate layer (9; 109) as a prefabricated assembly, the air-permeable cushion core (10; 110) being spatially separated from the main cushioning part (6; 106) by a barrier layer (16; 116).
A coding and modulation apparatus comprising - an encoder for encoding input data into cell words, and - a modulator for modulating said cell words into constellation values of a non-uniform constellation, wherein said modulator is configured to use sixteen constellation points of the non-uniform constellation, wherein the constellation points of the different quadrants of the non-uniform constellation are defined by a constellation position vector w 0,..., w b-1, wherein b=M/4, wherein the constellation points x 0,...,x b-1 of a first quadrant are defined as x 0,..., x b-1 = w 0,..., w b-1, the constellation points x b,...,x 2b-1 of a second quadrant are defined as x b,...,x 2b-1 = conj(w 0,..., w b-1), the constellation points x 3b,...,x 4b-1 of a third quadrant are defined as x 3b,...,x 4b-1 =-w 0,..., w b-1, the constellation points x 2b,...,x 3b-1 of a fourth quadrant are defined as x 2b,...,x 3b-1 =-conj(w 0,...,w b-1), wherein conj is the complex conjugate, and wherein four constellation points together form a constellation position vector for one quadrant of the non-uniform constellation on a Cartesian coordinate system representing complex numbers with real components on a first axis and imaginary components on a second axis, the constellation points of the constellation position vector w 0,...,w b-1 being: 0.2606+0.4718i 0.4718+0.2606i 0.4984+1.2088i 1.2088+0.4984i. - an encoder for encoding input data into cell words, and - a modulator for modulating said cell words into constellation values of a non-uniform constellation, 0.2606+0.4718i 0.4718+0.2606i 0.4984+1.2088i 1.2088+0.4984i.
A method for an anti-icing, de-icing, and/or a heating system for aircraft wings and forward facing aerodynamic surfaces, comprising a central heater section near the central stagnation zone of the aerodynamic surface, and at least one upper (118, 120) and one lower heater (114, 116) section in areas aft of the central heater, wherein power supplied to the central heated section is continuously applied, and wherein power supplied to the at least one upper and one lower heater section is intermittently applied from charge stored in a capacitor.
A system for storing a liquid, comprising: a reservoir comprising an enclosure (20, 22); a chamber-defining structure disposed inside said enclosure (20, 22) that divides an internal volume of said enclosure (20, 22) into a storage compartment and a chamber which are hermetically sealed from each other, said chamber-defining structure comprising a membrane having a top surface that partly defines said storage compartment and a bottom surface that partly defines said chamber, and a housing that supports said membrane and partly defines said chamber; and an optical fiber having a length disposed inside said chamber, said length of optical fiber having a distal end with a surface that confronts said bottom surface of said membrane with a gap therebetween, wherein said membrane is made of a semiconductor material that has a direct band gap, wherein said membrane is sufficiently thin that said membrane is capable of flexing upward or downward when a magnitude of a pressure being exerted on its top surface changes. a reservoir comprising an enclosure (20, 22); a chamber-defining structure disposed inside said enclosure (20, 22) that divides an internal volume of said enclosure (20, 22) into a storage compartment and a chamber which are hermetically sealed from each other, said chamber-defining structure comprising a membrane having a top surface that partly defines said storage compartment and a bottom surface that partly defines said chamber, and a housing that supports said membrane and partly defines said chamber; and an optical fiber having a length disposed inside said chamber, said length of optical fiber having a distal end with a surface that confronts said bottom surface of said membrane with a gap therebetween, wherein said membrane is made of a semiconductor material that has a direct band gap, wherein said membrane is sufficiently thin that said membrane is capable of flexing upward or downward when a magnitude of a pressure being exerted on its top surface changes.
Method for controlling the transport of transport bags filled with banknotes, in which data containing information relating to a plurality of orders to transport transport bags (20, 22) from apparatuses for handling banknotes to a cash centre are stored in a database of a central control unit, one of these orders is selected, at least one transport case for accommodating at least one transport bag (20, 22) is removed from a rack of a value transport vehicle, data containing information relating to the transport case which has been removed are transmitted to the central control unit via a first data transmission connection formed between the rack or the value transport vehicle and the central control unit, the central control unit assigns the selected order to the transport case and stores corresponding data, at least one transport bag (20, 22) is removed from the apparatus for handling banknotes, from which at least one transport bag (20, 22) is intended to be removed according to the selected order, and is inserted into the transport case, the apparatus for handling banknotes transmits data containing information relating to the inserted transport bag (20, 22) to the central control unit via a second data transmission connection, and in which the central control unit assigns the inserted transport bag (20, 22) to the transport case and/or to the order and stores corresponding data, in which the transport case is closed after the transport bag (20, 22) has been inserted, in which the transport case is inserted into the rack of the value transport vehicle, and in which data containing information relating to the presence of the transport case in the rack are transmitted to the central control unit via the first data transmission connection, in which the transport case is removed from the rack in a cash centre, the transport case is opened, information applied to the transport bag (20, 22) accommodated in the transport case is captured, data containing this information are transmitted to the central control unit, the central control unit compares these data with the data transmitted to it by the apparatus for handling banknotes, and in which the central control unit detects the presence of a manipulation attempt on the basis of this comparison, in which the data transmitted by the apparatus for handling banknotes to the central control unit comprise an identification number of the transport bag (20, 22) which has been removed, in which the information captured in the cash centre comprises an identification number of the transport bag (20, 22), and in which the central control unit detects the presence of a manipulation attempt if the two identification numbers are different.