mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional imaging method, comprising the following steps: S1) determining, on a scanning object, a scanning range covering a portion comprising a scanning target for a three-dimensional scanning; S2) on a basis of the scanning range of the scanning object, extracting an existing initial three-dimensional structure of the scanning target from a database; S3) scanning the portion comprising the scanning target within the given scanning range from various angles to form a series of two-dimensional images with different spatial location and orientation information; S4) according to image information related to the scanning target or a local portion of the scanning target within the series of two-dimensional images, adjusting the initial three-dimensional structure of the scanning target or the local portion of the scanning target; S5) repeating steps S3) and S4) until the whole initial three-dimensional structure of the scanning target has been scanned over and is adjusted, based on the obtained two-dimensional images, and an overall three-dimensional structure image of the target is formed S6) continuously displaying the initial three-dimensional structure of the scanning target and the adjusted three-dimensional structure image during the two-dimensional scanning imaging process on a display device; S7) displaying the final three-dimensional structure image of the scanning target after the adjustments. S1) determining, on a scanning object, a scanning range covering a portion comprising a scanning target for a three-dimensional scanning; S2) on a basis of the scanning range of the scanning object, extracting an existing initial three-dimensional structure of the scanning target from a database; S3) scanning the portion comprising the scanning target within the given scanning range from various angles to form a series of two-dimensional images with different spatial location and orientation information; S4) according to image information related to the scanning target or a local portion of the scanning target within the series of two-dimensional images, adjusting the initial three-dimensional structure of the scanning target or the local portion of the scanning target; S5) repeating steps S3) and S4) until the whole initial three-dimensional structure of the scanning target has been scanned over and is adjusted, based on the obtained two-dimensional images, and an overall three-dimensional structure image of the target is formed S6) continuously displaying the initial three-dimensional structure of the scanning target and the adjusted three-dimensional structure image during the two-dimensional scanning imaging process on a display device; S7) displaying the final three-dimensional structure image of the scanning target after the adjustments.
A hydrogen storage and transportation system, comprising: a hydrogenation reaction unit for adding hydrogen to an aromatic compound by a hydrogenation reaction to produce a hydrogenated aromatic compound; a first separation unit for separating a gas and a liquid component from a product of the hydrogenation reaction unit while maintaining a temperature of the product higher than a boiling point of the hydrogenated aromatic compound; a second separation unit for separating the hydrogenated aromatic compound from the gas component separated by the first separation unit; a distillation unit for distilling the liquid component separated by the first separation unit, wherein an effluent of the distillation unit is mixed with the hydrogenated aromatic compound separated by the second separation unit; and a dehydrogenation system for producing hydrogen by dehydrogenation of the hydrogenated aromatic compound separated by the second separation unit and mixed with the effluent of the distillation unit. a hydrogenation reaction unit for adding hydrogen to an aromatic compound by a hydrogenation reaction to produce a hydrogenated aromatic compound; a first separation unit for separating a gas and a liquid component from a product of the hydrogenation reaction unit while maintaining a temperature of the product higher than a boiling point of the hydrogenated aromatic compound; a second separation unit for separating the hydrogenated aromatic compound from the gas component separated by the first separation unit; a distillation unit for distilling the liquid component separated by the first separation unit, wherein an effluent of the distillation unit is mixed with the hydrogenated aromatic compound separated by the second separation unit; and a dehydrogenation system for producing hydrogen by dehydrogenation of the hydrogenated aromatic compound separated by the second separation unit and mixed with the effluent of the distillation unit.
A wind turbine blade for a horizontal axis wind turbine, wherein the wind turbine blade extends in a longitudinal direction parallel to a longitudinal axis and having a tip end and a root end, and wherein the wind turbine blade further comprises a shell body, and wherein the wind turbine blade further comprises a root end flange (55, 155, 255) at the root end of the blade and which comprises a ring-shaped body that extends circumferentially along the entire root end, the root end flange (55, 155, 255) preferably made from a metal, such as stainless steel, characterised in that the root end flange (55, 155, 255) comprises an inwardly extending protrusion (70, 170) with a distal plate part (72, 172, 272, 372, 472, 572, 672, 772) arranged in a distance from the ring body, wherein the root end is configured to be connected to a pitch bearing, the root end flange (55, 155, 255) being separate and distinct from the pitch bearing.
An electrical system comprising: - a DC voltage bus; - at least one electrical energy supply arrangement configured for supplying a DC voltage to said DC voltage bus; characterised by - a power source connected to said DC voltage bus and arranged for supplying power over a power connection integrated in said DC voltage bus to said electrical energy supply arrangement; wherein said DC voltage bus is arranged for transporting said supplied DC voltage of said electrical energy supply arrangement and wherein said electrical energy supply arrangement is configured for receiving power from said power source over said integrated DC voltage bus and for supplying said DC voltage to said DC voltage bus only during receiving said power from said power source over said integrated DC voltage bus. - a DC voltage bus; - at least one electrical energy supply arrangement configured for supplying a DC voltage to said DC voltage bus; characterised by - a power source connected to said DC voltage bus and arranged for supplying power over a power connection integrated in said DC voltage bus to said electrical energy supply arrangement;
Device for pivoting a rotor of a turbomachine from a first position (10a or 10c) into a second position (10c, or 10a), wherein the rotor comprises a plurality of rotor disks which are braced with one another by at least one tie rod, comprising: - two sidewall elements arranged parallel to one another, - a divisible turning ring for form-fittingly receiving an axial section of the rotor to be set up, and - two pins arranged oppositely on the turning ring and rotatably mounted in the sidewall elements in order to pivot the turning ring about a pivot axis parallel to the horizontal plane, characterized in that a bridge element connecting the sidewall elements to one another is provided, wherein, in the bridge element, there is mounted a disk which can be moved perpendicular to the horizontal plane and is intended for flange-like screw connection to a vertically set-up rotor held by the device. - two sidewall elements arranged parallel to one another, - a divisible turning ring for form-fittingly receiving an axial section of the rotor to be set up, and - two pins arranged oppositely on the turning ring and rotatably mounted in the sidewall elements in order to pivot the turning ring about a pivot axis parallel to the horizontal plane, characterized in that
A single-use storage device (20,30) for endoscopes, the storage device comprising: - a container portion (1,32) for holding one or more pieces of medical equipment; - a closure portion (5,34) designed to engage with the container portion (1,32) to form an enclosure around said endoscope; - a plurality of apertures (17,58,60,78,80) in both the container portion (1,32) and closure portion (5,34) permitting fluid flow through the storage device (20,30); and - securing means (8,12,122) to secure the closure portion (5,34) to the container portion (1,32), the securing means (8,12,122) arranged such that once the closure portion (5,34) has been secured to the container portion (1,32) using the securing means (8,12,122) the closure portion and container portion cannot be separated without permanently disabling the securing means; characterised in that the storage device further comprises a connecting portion (13,36) joining the container portion (1,32) to the closure portion (5,34), wherein the connecting portion (13,36) comprises a flexible strap (13,36) adapted to be passed around an endoscope cable. - a container portion (1,32) for holding one or more pieces of medical equipment; - a closure portion (5,34) designed to engage with the container portion (1,32) to form an enclosure around said endoscope; - a plurality of apertures (17,58,60,78,80) in both the container portion (1,32) and closure portion (5,34) permitting fluid flow through the storage device (20,30); and - securing means (8,12,122) to secure the closure portion (5,34) to the container portion (1,32), the securing means (8,12,122) arranged such that once the closure portion (5,34) has been secured to the container portion (1,32) using the securing means (8,12,122) the closure portion and container portion cannot be separated without permanently disabling the securing means;
A system for improving a session in which a mobile device is linked to a remote terminal, the system comprising: a mobile device; a remote terminal; and a data link connecting said remote terminal and said mobile device; wherein said remote terminal, mobile device and data link define a set of parameters which determine performance of a session when said mobile device is linked to said remote terminal; said set of parameters comprising both static and dynamic parameters; wherein said system is configured to, using said remote terminal or mobile device: evaluate performance of a live session between the mobile device and the remote terminal; identify a change to a parameter of said remote terminal, mobile device or data link from said set of parameters; change said identified parameter; re-evaluate performance based on the changed parameter; adopt said identified parameter change if performance is improved; and reiterate, if necessary, said evaluating, identifying, changing, re-evaluating and adopting steps until termination; and wherein said system is configured to prioritise identification of changes to said static parameters before changes to said dynamic parameters. a mobile device; a remote terminal; and a data link connecting said remote terminal and said mobile device; evaluate performance of a live session between the mobile device and the remote terminal; identify a change to a parameter of said remote terminal, mobile device or data link from said set of parameters; change said identified parameter; re-evaluate performance based on the changed parameter; adopt said identified parameter change if performance is improved; and reiterate, if necessary, said evaluating, identifying, changing, re-evaluating and adopting steps until termination; and
A lid for a sanitary bin, said lid comprising a container with a container interior, said container comprising an end wall, and at least one side wall extending from a first end connected to said end wall to a distal second end, said side wall further comprising a waste aperture, characterised in that said side wall further comprises at least one slit (121, 122) extending from said second end towards said first end, and that said lid is made from a resiliently deformable material and further comprises at least one tab (141, 142, 143) extending outwardly from said side wall.
Molecular machine comprising • a movement part including ∘ a first molecular element, ∘ a second molecular element, and ∘ a linking element for constraining a relative movement of the first molecular element and the second molecular element, and characterized in that it further comprises • a control part configured to generate an electrical field around the movement part, • wherein the first molecular element is fixed relative to the control part, • wherein the second molecular element is movable relative to the first molecular element in at least one degree of freedom, and • wherein the second molecular element is electrically charged such that the second molecular element aligns to said electrical field. • a movement part including ∘ a first molecular element, ∘ a second molecular element, and ∘ a linking element for constraining a relative movement of the first molecular element and the second molecular element, and characterized in that it further comprises ∘ a first molecular element, ∘ a second molecular element, and ∘ a linking element for constraining a relative movement of the first molecular element and the second molecular element, and characterized in that it further comprises • a control part configured to generate an electrical field around the movement part, • wherein the first molecular element is fixed relative to the control part, • wherein the second molecular element is movable relative to the first molecular element in at least one degree of freedom, and • wherein the second molecular element is electrically charged such that the second molecular element aligns to said electrical field.
A clamp for fastening at least one conduit, preferably a number of conduits, with two clamping bodies that can be placed against one another by tensioning means, at least one of which clamping bodies has a respective depression for conduits to be fastened and which forms part of a clamping channel which extends in the axial direction of the conduit to be fastened, and there being provided on the inside of the respective depression a device that brings about a change, in some regions, of the effective diameter of the clamping channel, the device changing the effective diameter of the clamping channel in some regions being formed by at least one spring element which forms a contact surface for the conduit that is to be fastened extending along at least a partial section of the inside of the depression, which contact surface can be moved spring-compliantly in the radial direction of the clamping channel, and the at least one spring element being formed by a spring tab moulded integrally with the clamping body, characterised in that each spring tab extends from the cross-over point to the clamping body, protruding in a slot radially recessed on the inside of the depression and forms the contact surface with the protruding section for the conduit to be fastened, which contact surface can be moved spring-compliantly and radially in the slot.
A two-part packaging system comprising a packaging container and a packaging element separate therefrom for closing the packaging container, wherein the packaging container has a moulded fibre part as the outer moulded structure and a moulded single- or multi-layered plastic film as a moulded insert, wherein the inside of each side wall of the moulded fibre part is materially bonded to the insert, in each case only in its upper subregion, preferably on the upper edge of each side wall or on a peripheral flange optionally provided there, wherein the insert forms a substantially identically shaped, but loose contact surface with the respective remaining areas of the inner side of each side wall down to the bottom and wherein the moulded fibre part has, at least in the bottom region, at least one, preferably several degassing openings arranged at regular intervals, characterized in that the moulded fibre part is a cast moulded fibre part, and wherein the cast moulded fibre part has a surface finish obtained by smoothing. the inside of each side wall of the moulded fibre part is materially bonded to the insert, in each case only in its upper subregion, preferably on the upper edge of each side wall or on a peripheral flange optionally provided there, wherein the insert forms a substantially identically shaped, but loose contact surface with the respective remaining areas of the inner side of each side wall down to the bottom and wherein the moulded fibre part has, at least in the bottom region, at least one, preferably several degassing openings arranged at regular intervals, characterized in that the moulded fibre part is a cast moulded fibre part, and wherein the cast moulded fibre part has a surface finish obtained by smoothing.
A system for collecting waste, comprising: a trolley having a housing comprising a main waste chamber for receiving waste and comprising at least one module seating, each of the at least one module seating configured to receive a waste module for collecting waste; and wheels attached to a bottom wall of the housing; and a liquid waste module to be received by the at least one module seating and releasably connected thereto, the liquid waste module having a module housing comprising a top surface, an outside surface, and a top opening at the top surface, the top opening for inserting waste, further having a module waste chamber (80, 86) for receiving waste inserted through the top opening; wherein each module seating comprises fasteners, which are configured to releasably couple waste modules, wherein the liquid waste module comprises a funnel, which forms the top opening, wherein the funnel is connected to the module waste chamber (80, 86), arranged below the funnel, such that liquid inserted into the funnel flows into the module waste chamber (80, 86) of the waste module, characterised in that a check valve is arranged between the funnel and the module waste chamber (80, 86) of the waste module, wherein the check valve is configured to pass liquid from the funnel to the module waste chamber (80, 86) and blocks liquid to pass in an opposite direction. a trolley having a housing comprising a main waste chamber for receiving waste and comprising at least one module seating, each of the at least one module seating configured to receive a waste module for collecting waste; and wheels attached to a bottom wall of the housing; and a liquid waste module to be received by the at least one module seating and releasably connected thereto, the liquid waste module having a module housing comprising a top surface, an outside surface, and a top opening at the top surface, the top opening for inserting waste, further having a module waste chamber (80, 86) for receiving waste inserted through the top opening; wherein each module seating comprises fasteners, which are configured to releasably couple waste modules, wherein the liquid waste module comprises a funnel, which forms the top opening, wherein the funnel is connected to the module waste chamber (80, 86), arranged below the funnel, such that liquid inserted into the funnel flows into the module waste chamber (80, 86) of the waste module, characterised in that a check valve is arranged between the funnel and the module waste chamber (80, 86) of the waste module, wherein the check valve is configured to pass liquid from the funnel to the module waste chamber (80, 86) and blocks liquid to pass in an opposite direction.
A drawer for a corner cabinet, including: - a front panel angled inwards, - two drawer side walls, - a rear wall, - a drawer bottom, characterized in that the front panel includes at least two plates (7', 7") which, when the drawer is pulled out of the corner cabinet, move relative to the drawer side walls and relative to each other at the beginning of the opening process and at the end of the closing process, wherein the lateral outer edges of the plates (7', 7"), when the drawer is opened, move towards the middle of the drawer with a component transverse to the extension direction of the drawer, wherein a corner front fitting is provided for fastening the plates (7', 7") to the drawer side walls, the corner front fitting has a carrier member angled inwards with retaining devices for fastening the carrier member to the drawer side walls, wherein two holding parts for the plates (7', 7") of the front panel are arranged on the carrier member which are movable relative to the carrier member, wherein the plates (7', 7") are supported by the holding parts and wherein the plates (7', 7") can be moved between a first position, which corresponds to the closed drawer, and a second position, which permits a pulling out of the drawer from a furniture carcass. - a front panel angled inwards, - two drawer side walls, - a rear wall, - a drawer bottom,
A packaging system for use with a ureteral stent comprising an elongated shaft extending between a proximal end portion and a distal end portion, comprising: a tray base, wherein the tray base comprises: a first extension disposed outwardly from a planar surface of the tray base and extending along at least a portion of a length of the tray base; a plurality of first posts disposed outwardly from the planar surface of the tray base and adjacent to the first extension, wherein each first post of the plurality of first posts is configured to secure a distal end portion of a ureteral stent on the tray base; a second post disposed outwardly from the planar surface of the tray base and apart from each first post of the plurality of first posts, wherein the second post is configured to secure a proximal end portion of a ureteral stent on the tray base, and wherein the plurality of first posts and the second post are disposed such that proximal end portions and distal end portions of ureteral stents with different lengths can be releasably secured to the second post and different first posts of the plurality of first posts, respectively; and a projection disposed outwardly from the tray base, wherein the projection is configured to secure a tether coupled to a proximal end portion of a ureteral stent on the tray base. a first extension disposed outwardly from a planar surface of the tray base and extending along at least a portion of a length of the tray base; a plurality of first posts disposed outwardly from the planar surface of the tray base and adjacent to the first extension, wherein each first post of the plurality of first posts is configured to secure a distal end portion of a ureteral stent on the tray base; a second post disposed outwardly from the planar surface of the tray base and apart from each first post of the plurality of first posts, wherein the second post is configured to secure a proximal end portion of a ureteral stent on the tray base, and wherein the plurality of first posts and the second post are disposed such that proximal end portions and distal end portions of ureteral stents with different lengths can be releasably secured to the second post and different first posts of the plurality of first posts, respectively; and a projection disposed outwardly from the tray base, wherein the projection is configured to secure a tether coupled to a proximal end portion of a ureteral stent on the tray base.