mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger plate configured to be comprised by a plate heat exchanger, the heat exchanger plate having a quadrilateral shape with two opposite parallel primary sides and two opposite parallel secondary sides, and a longitudinal central axis (x) being parallel with the primary sides and with an extension plane of the heat exchanger plate, the heat exchanger plate comprising a heat exchanger area having a corrugation of ridges and valleys, which have an inclination in relation to the longitudinal central axis (x), wherein the corrugation forms a theta value related to the inclination, four porthole areas each located at a respective corner of the heat exchanger plate and each comprising a respective porthole extending through the heat exchanger plate, and an edge area extending around and adjoining the heat exchanger area and the porthole areas, wherein the heat exchanger area comprises a main area and a local part area extending along one of the primary sides and adjoining the edge area and one of the porthole areas, characterized in that the valleys of the local part area are tapering towards the longitudinal central axis (x), and wherein the ridges of the corrugation of the local part area have a constant width along their extension. the heat exchanger plate having a quadrilateral shape with two opposite parallel primary sides and two opposite parallel secondary sides, and a longitudinal central axis (x) being parallel with the primary sides and with an extension plane of the heat exchanger plate, the heat exchanger plate comprising a heat exchanger area having a corrugation of ridges and valleys, which have an inclination in relation to the longitudinal central axis (x), wherein the corrugation forms a theta value related to the inclination, four porthole areas each located at a respective corner of the heat exchanger plate and each comprising a respective porthole extending through the heat exchanger plate, and an edge area extending around and adjoining the heat exchanger area and the porthole areas, a heat exchanger area having a corrugation of ridges and valleys, which have an inclination in relation to the longitudinal central axis (x), wherein the corrugation forms a theta value related to the inclination, four porthole areas each located at a respective corner of the heat exchanger plate and each comprising a respective porthole extending through the heat exchanger plate, and an edge area extending around and adjoining the heat exchanger area and the porthole areas, wherein the heat exchanger area comprises a main area and a local part area extending along one of the primary sides and adjoining the edge area and one of the porthole areas, characterized in that the valleys of the local part area are tapering towards the longitudinal central axis (x), and wherein the ridges of the corrugation of the local part area have a constant width along their extension.
A coated substrate with a finger-guiding haptics comprising an outer surface, characterized in that the surface comprises at least two microstructured regions, each of which with sliding friction coefficients being respectively different from each other, with the microstructured regions showing running elevations and/or running depressions which are parallel, and with the microstructured regions showing patterns which combine straight lines and curved lines.
A computer-implemented method of processing image data for determining seed points with respect to the image data for automatically segmenting the image data, comprising: determining a voting map, wherein said voting map is based on voting locations determined for at least some pixels within the image data, each pixel of the voting map having a value indicative of a number of votes for that location in the voting map corresponding to a centre of a feature in the image data; determining a density map, wherein determining said density map comprises determining a weighting for at least some pixels within the voting map, wherein the weighting is determined as a non-linear function based on a value of each of the at least some pixels of the voting map; and determining the seed points in the image data based on the density map, wherein the determining the seed points comprises determining local maxima in the density map, determining whether a pixel path exists between first and second local maxima in the density map, the pixels in the pixel path having values above a seed threshold, eliminating a lower of the first and second local maxima if said path exists, determining the seed points as remaining local maxima. determining a voting map, wherein said voting map is based on voting locations determined for at least some pixels within the image data, each pixel of the voting map having a value indicative of a number of votes for that location in the voting map corresponding to a centre of a feature in the image data; determining a density map, wherein determining said density map comprises determining a weighting for at least some pixels within the voting map, wherein the weighting is determined as a non-linear function based on a value of each of the at least some pixels of the voting map; and determining the seed points in the image data based on the density map, wherein the determining the seed points comprises determining local maxima in the density map, determining whether a pixel path exists between first and second local maxima in the density map, the pixels in the pixel path having values above a seed threshold, eliminating a lower of the first and second local maxima if said path exists, determining the seed points as remaining local maxima.
Waste ejection unit in a machine for producing packaging, positioned downstream from a cutting unit, including a frame and two mutually engaging rotary tools (17, 18), a first tool being provided with waste ejection needles projecting radially outward from the outer surface, characterised - in that the two tools (17, 18) are mounted in a removable cassette, including a frame provided with bearings (24, 26, 27, 28), supporting the two tools (17, 18), and capable of being attached, inserted and removed onto/from the frame, and - in that it comprises - a transversal housing arranged in the frame, with the cassette being inserted and removed transversely with respect to said frame, and - two parallel, substantially horizontal rails, mounted transversely to the frame, and projecting outside outward of the frame by two extensions, in such a way as to be able to enter and remove the cassette. - in that the two tools (17, 18) are mounted in a removable cassette, including a frame provided with bearings (24, 26, 27, 28), supporting the two tools (17, 18), and capable of being attached, inserted and removed onto/from the frame, and - in that it comprises - a transversal housing arranged in the frame, with the cassette being inserted and removed transversely with respect to said frame, and - two parallel, substantially horizontal rails, mounted transversely to the frame, and projecting outside outward of the frame by two extensions, in such a way as to be able to enter and remove the cassette. - a transversal housing arranged in the frame, with the cassette being inserted and removed transversely with respect to said frame, and - two parallel, substantially horizontal rails, mounted transversely to the frame, and projecting outside outward of the frame by two extensions, in such a way as to be able to enter and remove the cassette.
A process for the conversion of particulate biomass to bio-fuel, said process comprising: (a) treating a ZSM-5 zeolite with a phosphorous-containing compound to form a phosphorous-promoted ZSM-5 component, (b) preparing a slurry comprising the phosphorous-promoted ZSM-5 component and a silica-containing binder, and (c) shaping the slurry into shaped bodies, wherein shaping produces a catalyst of average particle size 100-1000μm, (d) said process further comprising (i) prior to step (b), calcining the phosphorous-promoted ZSM-5 component or (ii) calcining the shaped bodies or (iii) both prior to step (b) calcining the phosphorous-promoted ZSM-5 component and then calcining the shaped bodies, the resulting catalyst containing ≤ 0.5% amorphous alumina; and contacting the particulate biomass with a catalyst produced by the process defined in steps (a) to (d) in a reactor under conditions suitable for biomass conversion to a bio-fuel. (a) treating a ZSM-5 zeolite with a phosphorous-containing compound to form a phosphorous-promoted ZSM-5 component, (b) preparing a slurry comprising the phosphorous-promoted ZSM-5 component and a silica-containing binder, and (c) shaping the slurry into shaped bodies, wherein shaping produces a catalyst of average particle size 100-1000μm, (d) said process further comprising (i) prior to step (b), calcining the phosphorous-promoted ZSM-5 component or (ii) calcining the shaped bodies or (iii) both prior to step (b) calcining the phosphorous-promoted ZSM-5 component and then calcining the shaped bodies, the resulting catalyst containing ≤ 0.5% amorphous alumina; and
Apparatus for forming a two-dimensional image of a two-dimensional biological sample array, wherein said sample is a gel, a blot, or a phosphor screen, said apparatus comprising: a sample holder defining a planar sample area having a width and a length; a light source forming a line of light that spans said width of said sample area; means for moving either said sample holder or said light source along an axis parallel to said length of said sample holder to thereby expose said entire sample area to said line of light; a detector comprising a CCD camera in time delay integration mode, said detector arranged to collect light emerging from said sample area as said sample area is illuminated by said line of light; and means for computerized processing of data collected by said detector to assemble an image of said sample area as said means for moving exposes said entire sample area to said line of light. a sample holder defining a planar sample area having a width and a length; a light source forming a line of light that spans said width of said sample area; means for moving either said sample holder or said light source along an axis parallel to said length of said sample holder to thereby expose said entire sample area to said line of light; a detector comprising a CCD camera in time delay integration mode, said detector arranged to collect light emerging from said sample area as said sample area is illuminated by said line of light; and means for computerized processing of data collected by said detector to assemble an image of said sample area as said means for moving exposes said entire sample area to said line of light.
A security negotiation method carried out by a security function entity, comprising: receiving, an authentication request sent by a first core network element of a network slice, wherein the authentication request is generated by the first core network element based on a request message of user equipment, UE; performing, Authentication and Key Agreement with the UE based on the authentication request, and generating a security parameter for the network slice based on the Authentication and Key Agreement, wherein the security parameter comprises a first key for the network slice; wherein the security parameter further comprises first identification information, and the first identification information is used to identify first security authentication between the UE and the security function entity, wherein the first identification information comprises address information of the security function entity corresponding to the first security authentication; receiving a first key request sent by the first core network element; generating a first security key between the first core network element and the UE based on the first key request and the first key; sending the first security key to the first core network element; receiving (S2010, a second key request sent by a second core network element of the network slice; and generating, a second security key between the second core network element and the UE based on the second key request and the first key, sending the second security key to the second core network element. receiving, an authentication request sent by a first core network element of a network slice, wherein the authentication request is generated by the first core network element based on a request message of user equipment, UE; performing, Authentication and Key Agreement with the UE based on the authentication request, and generating a security parameter for the network slice based on the Authentication and Key Agreement, wherein the security parameter comprises a first key for the network slice; wherein the security parameter further comprises first identification information, and the first identification information is used to identify first security authentication between the UE and the security function entity, wherein the first identification information comprises address information of the security function entity corresponding to the first security authentication; receiving a first key request sent by the first core network element; generating a first security key between the first core network element and the UE based on the first key request and the first key; sending the first security key to the first core network element; receiving (S2010, a second key request sent by a second core network element of the network slice; and generating, a second security key between the second core network element and the UE based on the second key request and the first key, sending the second security key to the second core network element.
A method for treating food comprising the steps of: - inserting (101,102) a food product and a gas mixture at least comprising carbon dioxide into a packaging, said packaging being made of a material configured for containing said gas mixture; - then sealing the packaging such to hold the food and the gas mixture therein; - then uniformly applying a pressure to the sealed packaging such as to compress the packaging, the gas mixture and the food product inside of it; wherein the pressure applied to the sealed packaging is comprised between 4 MPa and 20 MPa and in that during application of the pressure, the sealed packaging is maintained at a temperature between 25 ° C and 50 ° C. - inserting (101,102) a food product and a gas mixture at least comprising carbon dioxide into a packaging, said packaging being made of a material configured for containing said gas mixture; - then sealing the packaging such to hold the food and the gas mixture therein; - then uniformly applying a pressure to the sealed packaging such as to compress the packaging, the gas mixture and the food product inside of it;
Hand-held power tool, in particular router, having a machine housing and having a supporting device for guiding the hand-held power tool on a workpiece, wherein the supporting device has a carrier element in which the machine housing is at least sectionally received and fastened, wherein a base plate for passage of an insert tool, in particular a milling tool, and for abutment against a workpiece is fastened to an end flange, directed away from the machine housing, of the carrier element, and wherein an edge guide for guiding the hand-held power tool along an edge of the workpiece is able to be fastened to the end flange of the carrier element, wherein, in the end flange, there is formed a groove in which a fastening portion of a holding arm of the edge guide is able to be received in a form-fitting manner at least regionally and is able to be fastened by means of at least one fastening element (304, 306), characterized in that, for temporary fastening of the edge guide to the end flange of the carrier element of the supporting device, provision is made of at least one fastening element (304, 306), preferably in the form of a threaded screw (308, 310), which is able to be screwed into an associated threaded bore (300, 302) in a groove base of the groove.
A bracket for supporting an accessory from a tiled structure, wherein the tiled structure includes a substrate and a tile veneer bonded to the substrate by an intervening layer of adhesive mortar, the bracket comprising a base mounting portion and a support portion rigidly affixed to the base mounting portion and projecting outwardly therefrom, the base mounting portion having a plurality of perforations therethrough for embedding of the base mounting portion in the adhesive mortar in abutting relation to the substrate to secure the base mounting portion thereto, wherein the perforations are configured such that on embedding the base mounting portion in the adhesive mortar, the mortar flows through the perforations to substantially cover opposite sides of the base mounting portion for adhering the tile veneer over the base mounting portion with the support portion projecting outwardly beyond the tile veneer to receive the accessory; characterized in that the base mounting portion comprises first and second sub-portions (20A, 20B) angularly oriented to one another for affixation to the substrate at a correspondingly angled corner thereof.
A unit (1, 1') for applying glue onto a plurality of labels to be cold-glued on respective containers and for conveying such labels applied with glue, comprising: - a roll covered of said glue and which may rotate about a first axis; - a first carousel which may rotate about a second axis and which comprises, in turn, a plurality of paddles adapted to cooperate with said roll to be applied with said glue and to take a relative label from a storage; - a second carousel which may rotate about a third axis and which comprises, in turn, a plurality of hooks adapted to receive respective labels applied with glue from said respective paddles and to move respective labels with glue applied thereon along a path; - a first belt operatively connected to said first carousel and to said roll; - a second belt operatively connected to said first carousel and to said second carousel; said first belt being wound onto a first pulley and a second pulley which is angularly integral with said roll about said first axis, said second belt being wound onto a third pulley and a fourth pulley which is angularly integral with said second carousel about said third axis; said unit (1, 1') further comprising: - a first gear rotatable about said second axis and operatively connected to said first and third pulleys (42; 52); characterized in that - a second and a third gear (46, 47) mesh with said first gear; and said second gear and third gear are angularly integral respectively with said first and third pulley (42, 52). - a roll covered of said glue and which may rotate about a first axis; - a first carousel which may rotate about a second axis and which comprises, in turn, a plurality of paddles adapted to cooperate with said roll to be applied with said glue and to take a relative label from a storage; - a second carousel which may rotate about a third axis and which comprises, in turn, a plurality of hooks adapted to receive respective labels applied with glue from said respective paddles and to move respective labels with glue applied thereon along a path; - a first belt operatively connected to said first carousel and to said roll; - a second belt operatively connected to said first carousel and to said second carousel; - a first gear rotatable about said second axis and operatively connected to said first and third pulleys (42; 52); characterized in that - a second and a third gear (46, 47) mesh with said first gear;
A dynamic scheduling method performed by at least one processor of a computer system for implementing one or more virtual GPUs, comprising: determining whether a physical GPU has resources for creating a virtual GPU of the virtual GPUs; in response to the physical GPU having resources for creating the virtual GPU, obtaining a frame buffer space for creating the virtual GPU by dividing an unused frame buffer space; allocating each of the one or more virtual GPUs a running time slice corresponding to a resource requirement of the virtual GPU according to resource requirements of the one or more virtual GPUs running on a physical GPU, wherein a sum of running time slices of the one or more virtual GPUs configured on the physical GPU is less than or equal to a maximum scheduling period for running virtual GPUs on the physical GPU; adjusting a scheduling period for running virtual GPUs on the physical GPU to the sum of the running time slices of the one or more virtual GPUs; creating the virtual GPU based on the obtained frame buffer space; and adding the created virtual GPU to a scheduling queue; allocating resources of the physical GPU to the one or more virtual GPUs according to the running time slices allocated to the one or more virtual GPUs. determining whether a physical GPU has resources for creating a virtual GPU of the virtual GPUs; in response to the physical GPU having resources for creating the virtual GPU, obtaining a frame buffer space for creating the virtual GPU by dividing an unused frame buffer space; allocating each of the one or more virtual GPUs a running time slice corresponding to a resource requirement of the virtual GPU according to resource requirements of the one or more virtual GPUs running on a physical GPU, wherein a sum of running time slices of the one or more virtual GPUs configured on the physical GPU is less than or equal to a maximum scheduling period for running virtual GPUs on the physical GPU; adjusting a scheduling period for running virtual GPUs on the physical GPU to the sum of the running time slices of the one or more virtual GPUs; creating the virtual GPU based on the obtained frame buffer space; and adding the created virtual GPU to a scheduling queue; allocating resources of the physical GPU to the one or more virtual GPUs according to the running time slices allocated to the one or more virtual GPUs.