mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for generating a seismic image of a subterranean formation, the method comprising: separating pressure data into up-going pressure data and down-going pressure data based on pressure data and vertical velocity data recorded at irregularly spaced receiver locations; characterized by: generating interpolated and regularized down-going pressure data at grid points of a migration grid based on the down-going pressure data at the irregularly spaced receiver locations, the interpolated down-going pressure data filling in omitted down-going pressure data and replacing corrupted down-going pressure data at the grid points of the migration grid; generating interpolated and regularized up-going pressure data at grid points of the migration grid based on the up-going pressure data at the irregularly spaced receiver locations, the interpolated up-going pressure data filling in omitted up-going pressure data and replacing corrupted up-going pressure data at the grid points of the migration grid; and generating a seismic image at grid points of the migration grid based on the interpolated and regularized down-going pressure data and the interpolated and regularized up-going pressure data. generating interpolated and regularized down-going pressure data at grid points of a migration grid based on the down-going pressure data at the irregularly spaced receiver locations, the interpolated down-going pressure data filling in omitted down-going pressure data and replacing corrupted down-going pressure data at the grid points of the migration grid; generating interpolated and regularized up-going pressure data at grid points of the migration grid based on the up-going pressure data at the irregularly spaced receiver locations, the interpolated up-going pressure data filling in omitted up-going pressure data and replacing corrupted up-going pressure data at the grid points of the migration grid; and generating a seismic image at grid points of the migration grid based on the interpolated and regularized down-going pressure data and the interpolated and regularized up-going pressure data.
A device for taking images of an article, the device being characterized in that it comprises: - a reflective optical system (11, 19) extending around an axis of symmetry, having a recess centered on the axis of symmetry and including at least one reflecting surface inclined relative to the axis of symmetry, at an acute angle of inclination, whereby the surface is facing towards the axis of symmetry and can surround at least a portion (25a, 25b) of the article; and - at least one imager (14, 18) arranged to capture at least one image of at least a portion of the article as reflected by said at least one reflecting surface substantially parallel to the axis of symmetry when the reflective optical system is arranged around said portion of the article. - a reflective optical system (11, 19) extending around an axis of symmetry, having a recess centered on the axis of symmetry and including at least one reflecting surface inclined relative to the axis of symmetry, at an acute angle of inclination, whereby the surface is facing towards the axis of symmetry and can surround at least a portion (25a, 25b) of the article; and - at least one imager (14, 18) arranged to capture at least one image of at least a portion of the article as reflected by said at least one reflecting surface substantially parallel to the axis of symmetry when the reflective optical system is arranged around said portion of the article.
Process for the recovery of fermentative products present in a fermentation must produced in a bioreactor, comprising: - a stage a) in which a gas stream under pressure is sent into the fermentation must so as to entrain at least a part of the products and to produce a gas stream enriched in fermentative products, characterized in that the process comprises: - a stage b) of storage of the fermentation gases produced in the bioreactor, in that the gas stream which is sent to stage a) consists of the stored fermentation gases, - and a stage c) in which the gas stream enriched in fermentative products resulting from stage a) is brought into contact with a solvent, so as to produce a solvent enriched in fermentative products. - a stage a) in which a gas stream under pressure is sent into the fermentation must so as to entrain at least a part of the products and to produce a gas stream enriched in fermentative products, - a stage b) of storage of the fermentation gases produced in the bioreactor, in that the gas stream which is sent to stage a) consists of the stored fermentation gases, - and a stage c) in which the gas stream enriched in fermentative products resulting from stage a) is brought into contact with a solvent, so as to produce a solvent enriched in fermentative products.
Method for displaying a driving aid for a motor vehicle, comprising the steps of: - determining at least one viewpoint of a 3D model of a vehicle, the viewpoint varying according to a particular event; - generating a 3D scene according to the viewpoint determined, the scene comprising: - a 3D model of the vehicle represented according to the viewpoint determined; and - at least one virtual screen (SCRV) which is representative of a solid angle observed by at least one video camera of the vehicle, the form of which is representative of the perspective from which the said virtual screen will be seen by a user of the vehicle, when the 3D scene is displayed on the screen according to the viewpoint determined; and - displaying the 3D scene with at least one image acquired by the video camera projected onto a corresponding virtual screen (SCRV) according to the viewpoint determined. - determining at least one viewpoint of a 3D model of a vehicle, the viewpoint varying according to a particular event; - generating a 3D scene according to the viewpoint determined, the scene comprising: - a 3D model of the vehicle represented according to the viewpoint determined; and - at least one virtual screen (SCRV) which is representative of a solid angle observed by at least one video camera of the vehicle, the form of which is representative of the perspective from which the said virtual screen will be seen by a user of the vehicle, when the 3D scene is displayed on the screen according to the viewpoint determined; and - a 3D model of the vehicle represented according to the viewpoint determined; and - at least one virtual screen (SCRV) which is representative of a solid angle observed by at least one video camera of the vehicle, the form of which is representative of the perspective from which the said virtual screen will be seen by a user of the vehicle, when the 3D scene is displayed on the screen according to the viewpoint determined; and - displaying the 3D scene with at least one image acquired by the video camera projected onto a corresponding virtual screen (SCRV) according to the viewpoint determined.
A wound dressing, comprising a frame, which comprises at least one organic frame polymer and at least one layer of fibers spanning the frame, the fibers comprising at least one organic fiber polymer.
A heavy duty pneumatic tire comprising a tread portion provided with at least three circumferentially and continuously extending main grooves (3, 3A,3B, 3C), and a plurality of lateral grooves (4, 4A, 4B, 4C) extending between adjacent main grooves (3, 3A,3B, 3C) or between one main groove (3, 3A,3B, 3C) and a tread edge, to form a block row (6, 6A, 6B, 6C) comprising a plurality of blocks (5, 5A, 5B, 5C), and the block row (6, 6A, 6B, 6C) comprising a plurality of pitch elements each of which consists of circumferentially adjacent one lateral groove (4, 4A, 4B, 4C) and one block (5, 5A, 5B, 5C), wherein the main grooves (3, 3A,3B, 3C) comprise a pair of crown main grooves (3A, 3A) disposed on both sides of a tire equator, the tread portion has a land ratio in a range of from 70% to 80%, the block row (6, 6A, 6B, 6C) comprises a number of pitch elements in a range of from 40 to 50, and each lateral groove (4, 4A, 4B, 4C) has a groove width in a range of from 5% to 15% in relation to a circumferential length of the block (5, 5A, 5B, 5C) in each pitch element, the lateral grooves (4, 4A, 4B, 4C) comprise a plurality of crown lateral grooves extending between the crown main grooves (3A, 3A) to form a crown block row comprising a plurality of crown blocks, each crown lateral groove comprises a shallow bottom part having a groove depth in a range of from 50% to 60% in relation to a maximum groove depth (D2a) of the crown main grooves, the shallow bottom part is provided with a crown groove-bottom sipe that extends along a longitudinal direction of the crown lateral groove and has a depth in a range of from 25% to 40% in relation to the maximum groove depth (D2a) of the crown main grooves, and each of the crown main grooves is configured as a zigzag form with a zigzag amplitude (S2a), and includes an axially innermost protruding portion and an axially outermost protruding portion, wherein the zigzag amplitude (S2a) between the axially innermost protruding portion and the axially outermost protruding portion on the groove centerline of the crown main groove is in a range of from 1% to 3% in relation to the tread width.
An aerofoil for a gas turbine engine comprising a pressure wall and a suction wall and defining leading and trailing edges (43, 45), the walls define a passage into which is supplied a cooling fluid, an array of cooling holes is provided through at least one of the walls (48, 49) to allow the cooling fluid to flow from an interior surface to an exterior surface; the array of holes comprise two groups (62, 64), the holes of each group are angled to intersect the holes of the other group and are characterised in that the holes of at least one of the groups (62, 64) comprises two or more holes at different angles to one another to vary the porosity of the wall, characterised in that: a radially outer hole of the first group of holes is angled at 160° relative to a radial direction and a radially inner hole of the first group of holes is angled at 130° relative to the radial direction; and a radially outer hole of the second group of holes is angled at 100° relative to the radial direction and a radially inner hole of the second group of holes is angled at 135° relative to the radial direction. a radially outer hole of the first group of holes is angled at 160° relative to a radial direction and a radially inner hole of the first group of holes is angled at 130° relative to the radial direction; and a radially outer hole of the second group of holes is angled at 100° relative to the radial direction and a radially inner hole of the second group of holes is angled at 135° relative to the radial direction.
A smartphone, comprising: a housing, a touchscreen, a battery, antenna circuits, a wireless charging component, comprising a multilayer coil design comprising: a first coil layer of a printed circuit board comprising a first coil trace; a plurality of vias coupled to the surface of the first coil trace; and a second coil layer of the PCB comprising a second coil trace and coupled to the vias, wherein the vias are positioned between the first coil layer and the second coil layer and enable substantially high current and low equivalent series resistance for the multilayer PCB coil, and the smartphone further comprising one or more charging circuitry components integrated with the first coil layer and the second coil layer on the PCB, so that the smartphone has a thickness of less than one centimeter. a housing, a touchscreen, a battery, antenna circuits, a wireless charging component, comprising a multilayer coil design comprising: a first coil layer of a printed circuit board comprising a first coil trace; a plurality of vias coupled to the surface of the first coil trace; and a second coil layer of the PCB comprising a second coil trace and coupled to the vias, a first coil layer of a printed circuit board comprising a first coil trace; a plurality of vias coupled to the surface of the first coil trace; and a second coil layer of the PCB comprising a second coil trace and coupled to the vias, wherein the vias are positioned between the first coil layer and the second coil layer and enable substantially high current and low equivalent series resistance for the multilayer PCB coil, and the smartphone further comprising one or more charging circuitry components integrated with the first coil layer and the second coil layer on the PCB, so that the smartphone has a thickness of less than one centimeter.
A power distribution network for providing power to multiple optically switchable windows in a building, the power distribution network comprising: a control panel (302, 401) comprising: an enclosure, one or more power supplies connected to a main power supply for the building, and one or more power ports (J1 - J8) connected to the one or more power supplies such that the one or more power supplies are configured to provide power to the one or more power ports, wherein the one or more power supplies and the one or more power ports are disposed in or on the enclosure of the control pane (302, 401); a primary power insert line (304, 402) connected to the one or more power ports of the control panel; a secondary power insert line (335, 403) connected to the one or more power ports of the control panel; a trunk line (306, 406) connected to the primary power insert line at a first location of the trunk line and connected to the secondary power insert line at a second location of the trunk line, the second location being different from the first location, the trunk line comprising a plurality of conductors connected to multiple drop lines (307, 407), each of the multiple drop lines connected to a respective window controller of a plurality of window controllers to provide power to the plurality of window controllers to control one or more of the multiple optically switchable windows; and a plurality of connectors (308, 420) connected between the multiple drop lines and the plurality of conductors of the trunk line, each connector providing an electrical path between the trunk line and a respective one of the drop lines. an enclosure, one or more power supplies connected to a main power supply for the building, and one or more power ports (J1 - J8) connected to the one or more power supplies such that the one or more power supplies are configured to provide power to the one or more power ports, wherein the one or more power supplies and the one or more power ports are disposed in or on the enclosure of the control pane (302, 401); a primary power insert line (304, 402) connected to the one or more power ports of the control panel; a secondary power insert line (335, 403) connected to the one or more power ports of the control panel; a trunk line (306, 406) connected to the primary power insert line at a first location of the trunk line and connected to the secondary power insert line at a second location of the trunk line, the second location being different from the first location, the trunk line comprising a plurality of conductors connected to multiple drop lines (307, 407), each of the multiple drop lines connected to a respective window controller of a plurality of window controllers to provide power to the plurality of window controllers to control one or more of the multiple optically switchable windows; and a plurality of connectors (308, 420) connected between the multiple drop lines and the plurality of conductors of the trunk line, each connector providing an electrical path between the trunk line and a respective one of the drop lines.
System for detecting defect in wall with a coating on its internal surface and/or the defects in the coating, the walls used for enclosing a space where materials are stored, which system has detector parts embedded in its coating and a detection device in operating connection with the detector parts; - the coating has a monitoring layer fixed directly or indirectly to the internal surface of the wall, the monitoring layer is a laminate with a base layer made of a porous flexible material onto which the detector parts are applied, the monitoring layer defining monitoring layer parts, each with one detector part in operating connection with the detection device independently from each other; - the base layer is at least partly impregnated with a laminating material containing synthetic resin as a binding material; - a covering layer made of synthetic resin, resistant to mechanical and - optionally - chemical effects is applied onto the monitoring layer; characterised in that: - in each monitoring layer part the detector part is made of an electrically conductive material formed by a line-pattern having two poles (17a, 17b) configured to establish electric contact and each pole (17a, 17b) being connected to the detection device; - each detector part is electrically connected to the electronic detection device separately. - the coating has a monitoring layer fixed directly or indirectly to the internal surface of the wall, the monitoring layer is a laminate with a base layer made of a porous flexible material onto which the detector parts are applied, the monitoring layer defining monitoring layer parts, each with one detector part in operating connection with the detection device independently from each other; - the base layer is at least partly impregnated with a laminating material containing synthetic resin as a binding material; - a covering layer made of synthetic resin, resistant to mechanical and - optionally - chemical effects is applied onto the monitoring layer; - in each monitoring layer part the detector part is made of an electrically conductive material formed by a line-pattern having two poles (17a, 17b) configured to establish electric contact and each pole (17a, 17b) being connected to the detection device; - each detector part is electrically connected to the electronic detection device separately.
A method of fabricating a contact lens comprising: producing a design for a contact lens, wherein producing the design comprises: a) Acquiring wavefront data for both distance and near stimulus; b) Converting the wavefront data to a radial power map; and c) Generating a lens power profile that includes correction factors for near and distance vision based on wavefront data and pupil size, wherein the lens power increases with increasing chord diameter from the centre of the lens in order to neutralize a natural power shift in the near wavefront power, wherein the previously defined correction factor for near vision is confined to an inner central region being an optical zone diameter corresponding to a pupil size present when a near wavefront is measured, and wherein the lens power profile reverts to one that is relevant for distance vision outside of the inner central region; and producing a contact lens according to the design for the contact lens. a) Acquiring wavefront data for both distance and near stimulus; b) Converting the wavefront data to a radial power map; and c) Generating a lens power profile that includes correction factors for near and distance vision based on wavefront data and pupil size, wherein the lens power increases with increasing chord diameter from the centre of the lens in order to neutralize a natural power shift in the near wavefront power, wherein the previously defined correction factor for near vision is confined to an inner central region being an optical zone diameter corresponding to a pupil size present when a near wavefront is measured, and wherein the lens power profile reverts to one that is relevant for distance vision outside of the inner central region; and producing a contact lens according to the design for the contact lens. wherein the lens power increases with increasing chord diameter from the centre of the lens in order to neutralize a natural power shift in the near wavefront power, wherein the previously defined correction factor for near vision is confined to an inner central region being an optical zone diameter corresponding to a pupil size present when a near wavefront is measured, and wherein the lens power profile reverts to one that is relevant for distance vision outside of the inner central region; and producing a contact lens according to the design for the contact lens.
A drawer assembly for a refrigerating and freezing device, comprising: a sealing barrel, provided with a front-end opening and comprising a barrel body provided with a top opening and a barrel cover configured to cover the opening; a tray, configured to be inserted into a bottom of the sealing barrel via the front-end opening in a way of being capable of being pushed and pulled; and a drawer, carried on the tray, configured to be inserted into the sealing barrel along with the tray in a way of being capable of being pushed and pulled, and provided with a drawer body and a front-end plate arranged on a front side of the drawer body, wherein the tray is provided with a head part located outside the sealing barrel when the drawer is in a fully closed state, and airtight sealing is formed between the head part of the tray and the drawer, between the head part of the tray and a front end of a bottom plate of the sealing barrel, between the front-end plate and a front end of the barrel cover of the sealing barrel, as well as between the barrel body and the barrel cover via sealing members, so that when the drawer is in the fully closed state, a closed storage space is formed inside the drawer. a sealing barrel, provided with a front-end opening and comprising a barrel body provided with a top opening and a barrel cover configured to cover the opening; a tray, configured to be inserted into a bottom of the sealing barrel via the front-end opening in a way of being capable of being pushed and pulled; and a drawer, carried on the tray, configured to be inserted into the sealing barrel along with the tray in a way of being capable of being pushed and pulled, and provided with a drawer body and a front-end plate arranged on a front side of the drawer body, wherein the tray is provided with a head part located outside the sealing barrel when the drawer is in a fully closed state, and airtight sealing is formed between the head part of the tray and the drawer, between the head part of the tray and a front end of a bottom plate of the sealing barrel, between the front-end plate and a front end of the barrel cover of the sealing barrel, as well as between the barrel body and the barrel cover via sealing members, so that when the drawer is in the fully closed state, a closed storage space is formed inside the drawer.
A fuel cell comprising an enzyme electrode that incorporates an electroconductive base member, an oxidoreductase and an electron mediator and a fuel solution containing nicotinamide adenine dinucleotide as a coenzyme operable to assist the oxidoreductase; the enzyme electrode comprising: at least a first portion (a) on the electroconductive base member in which the oxidoreductase is immobilized, and a second portion (b) on the electroconductive base member in which the electron mediator is immobilized but the oxidoreductase is not immobilized, wherein the first portion and second portion are alternately gathered into an aggregate. at least a first portion (a) on the electroconductive base member in which the oxidoreductase is immobilized, and a second portion (b) on the electroconductive base member in which the electron mediator is immobilized but the oxidoreductase is not immobilized, wherein the first portion and second portion are alternately gathered into an aggregate.