mhurhangee/patent-ind-claim-en huggingface dataset:
A core catcher having an integrated cooling path , which is installed under a nuclear reactor pressure container to retain and cool a molten core material discharged through a damaged part of the nuclear reactor pressure container, thereby preventing interaction between the molten core material and a pressure-holding structure of a nuclear reactor building during a major incident in a nuclear power station, the core catcher being characterised by a main container in the shape of a butterfly roof, i.e. a V-shaped, inverted roof, which is provided underneath the nuclear reactor pressure container to collect the molten core material onto a central inclined surface thereof; a lower structure which forms a cooling path in a space between the lower structure and the bottom surface of the main container to remove heat of the molten core material ; a plurality of supports in the shape of protrusions, which support the space between the bottom surface of the main container and the upper surface of the lower structure and which are dispersed at a predetermined distance, thereby allowing the cooling path to have a piloti structure, wherein the cooling path is an integrated cooling path that has no partition therein owing to the plurality of supports dispersed at a predetermined distance and comprises an inclined type cooling path parallel to the inclined surface of the main container .
Method for the perspective representation, by means of an output image (OI), of at least one virtual scene component (VSC) which is arranged within a real scene, wherein said method comprises: - capturing (S21) depth image data (DD) of the real scene from a first perspective by means of a depth image sensor ; - capturing (S22) 2D image data (ID) of the real scene from a second perspective by means of a 2D camera ; - creating (S23) a virtual three-dimensional scene model (SM) of the real scene with reference to depth information from the depth image data; - inserting (S24) at least one virtual scene component into the three-dimensional virtual scene model; and - generating an output image by means of perspective projection of the 2D image data corresponding to the second perspective onto the virtual three-dimensional scene model comprising the virtual scene component, wherein the real scene comprises an examination object which is situated on a patient couch of a medical imaging facility, and the at least one virtual scene component corresponds to a scan region boundary SRB, which is designed in the form of a boundary contour line BCL, wherein image data is to be captured for the scan region by the medical imaging facility and wherein the scan region boundary SRB corresponds to a light marking or laser marking which is virtually projected onto the examination object. - capturing (S21) depth image data (DD) of the real scene from a first perspective by means of a depth image sensor ; - capturing (S22) 2D image data (ID) of the real scene from a second perspective by means of a 2D camera ; - creating (S23) a virtual three-dimensional scene model (SM) of the real scene with reference to depth information from the depth image data; - inserting (S24) at least one virtual scene component into the three-dimensional virtual scene model; and - generating an output image by means of perspective projection of the 2D image data corresponding to the second perspective onto the virtual three-dimensional scene model comprising the virtual scene component,
A composition of matter, comprising: selenium in an amount greater than or equal to 40 atomic percent (at.%) of the composition; germanium in an amount ranging from 8 at.% to 35 at.% of the composition; at least one element selected from a group consisting of boron, aluminum, gallium, indium, and thallium in an amount ranging from 1 at.% to 15 at.% of the composition; characterized in that arsenic is present in an amount less than or equal to 1 at.% of the composition. selenium in an amount greater than or equal to 40 atomic percent (at.%) of the composition; germanium in an amount ranging from 8 at.% to 35 at.% of the composition; at least one element selected from a group consisting of boron, aluminum, gallium, indium, and thallium in an amount ranging from 1 at.% to 15 at.% of the composition; characterized in that arsenic is present in an amount less than or equal to 1 at.% of the composition.
An apparatus for detecting matter , the apparatus comprising: a light source arrangement adapted to emit a first set of light beams and a second set of light beams towards a first detection zone through which the matter is provided, a spectroscopy system including a spectrometer, wherein the spectroscopy system is adapted to receive and analyse light which is reflected and/or scattered by matter in the first detection zone , wherein the received light of the spectroscopy system originates from the first and second sets of light beams , and a laser triangulation system including, a laser arrangement adapted to emit a line of laser light towards a second detection zone through which the matter is provided, and a camera-based sensor arrangement configured to receive and analyse light which is reflected and/or scattered by matter in the second detection zone , wherein the received light of the camera-based sensor arrangement originates from the line of laser light , wherein the apparatus is configured such that the received light of the spectroscopy system completely intersects the received light of the camera-based sensor arrangement and/or the line of laser light , characterized in that the apparatus is configured such that the matter is provided through the first detection zone or second detection zone first and subsequently through the other one of the first detection zone and the second detection zone . a light source arrangement adapted to emit a first set of light beams and a second set of light beams towards a first detection zone through which the matter is provided, a spectroscopy system including a spectrometer, wherein the spectroscopy system is adapted to receive and analyse light which is reflected and/or scattered by matter in the first detection zone , wherein the received light of the spectroscopy system originates from the first and second sets of light beams , and a laser triangulation system including, a laser arrangement adapted to emit a line of laser light towards a second detection zone through which the matter is provided, and a camera-based sensor arrangement configured to receive and analyse light which is reflected and/or scattered by matter in the second detection zone , wherein the received light of the camera-based sensor arrangement originates from the line of laser light , a laser arrangement adapted to emit a line of laser light towards a second detection zone through which the matter is provided, and a camera-based sensor arrangement configured to receive and analyse light which is reflected and/or scattered by matter in the second detection zone , wherein the received light of the camera-based sensor arrangement originates from the line of laser light , wherein the apparatus is configured such that the received light of the spectroscopy system completely intersects the received light of the camera-based sensor arrangement and/or the line of laser light , characterized in that the apparatus is configured such that the matter is provided through the first detection zone or second detection zone first and subsequently through the other one of the first detection zone and the second detection zone .
Use of a polypeptide having an amino acid sequence selected from the group consisting of SEQ ID No. 3, SEQ ID No. 2 and variants of said polypeptides that are obtained by adding, deleting or exchanging up to 10% of the amino acids present in the respective polypeptide and have urethanase activity in the enzymatic cleavage of urethane linkages.
A computer- implemented method of processing primitives within a tiling unit of a graphics processing system, the method comprising: determining whether a primitive falls within a tile based on positions of samples within pixels in the tile, said determining comprising: calculating intersection points between edges of the primitive and boundaries of the tile ; forming a sub-polygon inside the tile by replacing vertices of the primitive outside the tile with the intersection points ; and determining whether the sub-polygon overlaps any of the sample positions within the tile, to thereby determine whether the primitive falls within the tile, comprising: generating a bounding box of the sub-polygon at sample precision; and determining whether the primitive falls within the tile based on the bounding box of the sub-polygon; and in response to determining that a primitive does fall within a tile based on the positions of samples within pixels in the tile, storing an association between the tile and the primitive to indicate that the primitive is present in the tile. determining whether a primitive falls within a tile based on positions of samples within pixels in the tile, said determining comprising: calculating intersection points between edges of the primitive and boundaries of the tile ; forming a sub-polygon inside the tile by replacing vertices of the primitive outside the tile with the intersection points ; and determining whether the sub-polygon overlaps any of the sample positions within the tile, to thereby determine whether the primitive falls within the tile, comprising: generating a bounding box of the sub-polygon at sample precision; and determining whether the primitive falls within the tile based on the bounding box of the sub-polygon; and calculating intersection points between edges of the primitive and boundaries of the tile ; forming a sub-polygon inside the tile by replacing vertices of the primitive outside the tile with the intersection points ; and determining whether the sub-polygon overlaps any of the sample positions within the tile, to thereby determine whether the primitive falls within the tile, comprising: generating a bounding box of the sub-polygon at sample precision; and determining whether the primitive falls within the tile based on the bounding box of the sub-polygon; and generating a bounding box of the sub-polygon at sample precision; and determining whether the primitive falls within the tile based on the bounding box of the sub-polygon; and in response to determining that a primitive does fall within a tile based on the positions of samples within pixels in the tile, storing an association between the tile and the primitive to indicate that the primitive is present in the tile.
A method for encrypting a message performed at an encrypting device, the method comprising: generating a random nonce; generating a commitment message based upon the message and the random nonce; transmitting the commitment message to a plurality of cryptographic devices or a proxy device such that the plurality of cryptographic devices receive the commitment message, the plurality of cryptographic devices respectively storing a plurality of secret shares that are generated from a secret value; receiving, from each of the plurality of cryptographic devices or the proxy device, a plurality of partial computations corresponding to a key generation seed, the partial computations being generated using the secret shares and the commitment message; generating the key generation seed based on the plurality of partial computations; generating a cryptographic key based upon the key generation seed; encrypting, using the cryptographic key, the message and the random nonce to produce a ciphertext message; and generating a ciphertext payload comprising the commitment message and the ciphertext message. generating a random nonce; generating a commitment message based upon the message and the random nonce; transmitting the commitment message to a plurality of cryptographic devices or a proxy device such that the plurality of cryptographic devices receive the commitment message, the plurality of cryptographic devices respectively storing a plurality of secret shares that are generated from a secret value; receiving, from each of the plurality of cryptographic devices or the proxy device, a plurality of partial computations corresponding to a key generation seed, the partial computations being generated using the secret shares and the commitment message; generating the key generation seed based on the plurality of partial computations; generating a cryptographic key based upon the key generation seed; encrypting, using the cryptographic key, the message and the random nonce to produce a ciphertext message; and generating a ciphertext payload comprising the commitment message and the ciphertext message.
Method for producing secondary aluminium in a thermal process, the method comprising; providing aluminium-containing scrap material to be thermally processed, providing carbon-containing scrap material from an electrolysis cell for the production of primary aluminium , introducing the aluminium-containing scrap material into a rotary furnace for thermal processing, processing including crushing and/or milling the carbon-containing scrap material to produce a scrap fuel of an average particle size between 10 μm and 300 μm, and thermally processing and melting the aluminium-containing scrap material in the rotary furnace using energy generated by the scrap fuel being pneumatically transported into a flame of a burner or while being dispersed in a liquid fuel, and burning the scrap fuel such as to produce the secondary aluminium material . providing carbon-containing scrap material from an electrolysis cell for the production of primary aluminium , introducing the aluminium-containing scrap material into a rotary furnace for thermal processing, processing including crushing and/or milling the carbon-containing scrap material to produce a scrap fuel of an average particle size between 10 μm and 300 μm, and thermally processing and melting the aluminium-containing scrap material in the rotary furnace using energy generated by the scrap fuel being pneumatically transported into a flame of a burner or while being dispersed in a liquid fuel, and burning the scrap fuel such as to produce the secondary aluminium material .
Blow mould for producing plastic containers with at least two blow mould parts which form a hollow space inside which plastic parisons can be transformed by the application of a flowable medium to the plastic containers , wherein an inner wall of the blow mould parts delimiting the hollow space has a contour which produces a predetermined configuration of the plastic containers to be produced, wherein at least one portion of a blow mould part produces a bottom of the plastic container, wherein in a portion of a blow mould part at least one opening region is provided which enables discharge of a gaseous medium during an expansion process of the plastic containers, wherein this opening region extends at least in some sections along a first line (L1) as well as a second line (L2), wherein these lines run at least in some sections at an angle different from 0° relative to one another and the opening region is constructed in the form of a slot and the course of the line emerges directly from the course of the slot, wherein the opening region is disposed in a region of a base part of the blow mould which serves to produce a supporting foot of the plastic container, characterized in that at least one slot has a width which is between 0.5 mm and 2 mm and particularly preferably approximately 1 mm.
Method for assembly of a needle valve , which has a housing , at least one valve needle that is guided in the housing to be longitudinally displaceable in a first spatial direction , and a valve seat plate , wherein the valve seat plate has a valve seat for each valve needle , assigned to the latter, on which seat an outlet opening for a fluid can be closed and opened by means of a back and forth movement of the valve needle , wherein in a first step, the valve seat plate is fastened to the housing by means of fastening means , so that it has limited mobility with reference to the housing , characterized in that in a second step, each valve needle is put into a back and forth motion, during which it is alternately set onto the valve seat assigned to it and lifted up from it, and that in a third step, the valve seat plate is fixed in place on the housing while the at least one valve needle moves back and forth.
An apparatus comprising: a first memory device (110, 160; 200; 315; 405-a-405-d) comprising a first plurality of memory cells (170; 205; 410), the first memory device configured for one or more access operations of the first plurality of memory cells according to a first energy-per-bit rating; a second memory device (110, 160; 200; 325; 405-a-405-d) coupled with the first memory device and comprising a second plurality of memory cells (170; 205; 410), the second memory device configured for storing information using the second plurality of memory cells according to a second energy-per-bit rating that is greater than the first energy-per-bit rating; a controller (155; 260; 320; 505; 605) coupled with the first memory device and the second memory device, and configured to receive control information from a host device (105; 305), the controller configured to determine whether data indicated by the control information is stored in the first memory device or the second memory device; a first channel (115; 345) configured to communicate a first signal between the first memory device and the second memory device that is modulated using a first modulation scheme that includes two voltage levels; and a second channel (115; 340) coupled with the first memory device and configured to communicate a second signal to or from the first memory device that is modulated using a second modulation scheme that includes three or more voltage levels. a first memory device (110, 160; 200; 315; 405-a-405-d) comprising a first plurality of memory cells (170; 205; 410), the first memory device configured for one or more access operations of the first plurality of memory cells according to a first energy-per-bit rating; a second memory device (110, 160; 200; 325; 405-a-405-d) coupled with the first memory device and comprising a second plurality of memory cells (170; 205; 410), the second memory device configured for storing information using the second plurality of memory cells according to a second energy-per-bit rating that is greater than the first energy-per-bit rating; a controller (155; 260; 320; 505; 605) coupled with the first memory device and the second memory device, and configured to receive control information from a host device (105; 305), the controller configured to determine whether data indicated by the control information is stored in the first memory device or the second memory device; a first channel (115; 345) configured to communicate a first signal between the first memory device and the second memory device that is modulated using a first modulation scheme that includes two voltage levels; and a second channel (115; 340) coupled with the first memory device and configured to communicate a second signal to or from the first memory device that is modulated using a second modulation scheme that includes three or more voltage levels.
An apparatus comprising: a memristor ; means for wirelessly receiving, from another apparatus , a time-varying signal ; means for enabling, responsive to the received time-varying signal , provision of one or more pulses to the memristor to change an electrical characteristic of the memristor ; means for wirelessly signalling to the other apparatus when the electrical characteristic of the memristor reaches a threshold value; and means for re-setting the electrical characteristic of the memristor . a memristor ; means for wirelessly receiving, from another apparatus , a time-varying signal ; means for enabling, responsive to the received time-varying signal , provision of one or more pulses to the memristor to change an electrical characteristic of the memristor ; means for wirelessly signalling to the other apparatus when the electrical characteristic of the memristor reaches a threshold value; and means for re-setting the electrical characteristic of the memristor .
A mycelial biomat obtainable by surface fermentation and comprising filamentous fungal biomass, wherein the biomat is essentially pure fungal biomass, wherein the biomat comprises aerial hyphae, and wherein the biomat has been treated by inactivation of viability, or deactivation of enzymes by drying in a temperature controlled oven.
A method for mapping visual display screens to touch screens , the method comprising: presenting , on a content player , at least one screen image that includes at least one active region; determining active region information of the at least one active region including at least position information and color information; transmitting the determined active region information to at least one touch screen device via at least one touch screen device communication component , utilizing, by at least one touch screen device processing unit , the active region information to present a simulated version of the screen image on the touch screen ; receiving, by the touch screen device processing unit , manipulation information for the active region via the touch screen and transmitting, by the touch screen device processing unit , the manipulation information to the content player via the touch screen device communication component , wherein the method comprises: generating, by the processing unit , the screen image by modifying at least one of a plurality of screen templates stored in a tangible medium, wherein the active region information identifies the screen templates and modification information; and utilizing, by the touch screen device processing unit , the identified screen templates and modification information to present the simulated version of the screen image on the touch screen . presenting , on a content player , at least one screen image that includes at least one active region; determining active region information of the at least one active region including at least position information and color information; transmitting the determined active region information to at least one touch screen device via at least one touch screen device communication component , utilizing, by at least one touch screen device processing unit , the active region information to present a simulated version of the screen image on the touch screen ; receiving, by the touch screen device processing unit , manipulation information for the active region via the touch screen and transmitting, by the touch screen device processing unit , the manipulation information to the content player via the touch screen device communication component , wherein the method comprises: generating, by the processing unit , the screen image by modifying at least one of a plurality of screen templates stored in a tangible medium, wherein the active region information identifies the screen templates and modification information; and utilizing, by the touch screen device processing unit , the identified screen templates and modification information to present the simulated version of the screen image on the touch screen . generating, by the processing unit , the screen image by modifying at least one of a plurality of screen templates stored in a tangible medium, wherein the active region information identifies the screen templates and modification information; and utilizing, by the touch screen device processing unit , the identified screen templates and modification information to present the simulated version of the screen image on the touch screen .