mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus communicable with a device on a first network and with a device on a second network different from the first network, the information processing apparatus comprising: search means for searching for a first device on the first network; first reception means for, if the first device has been discovered by the search means, receiving data from the first device on the first network; characterized by confirmation means for confirming whether or not a second device existing on the second network has data that has been transmitted from the first device to the second device and that is intended to be transferred to the information processing apparatus; and second reception means for receiving the data from the second device if the second device has the data, wherein the search means performs the search even while the second reception means is receiving the data, and if the first device is discovered while the second reception means is receiving the data, reception by the first reception means is prioritized over reception by the second reception means. search means for searching for a first device on the first network; first reception means for, if the first device has been discovered by the search means, receiving data from the first device on the first network; characterized by confirmation means for confirming whether or not a second device existing on the second network has data that has been transmitted from the first device to the second device and that is intended to be transferred to the information processing apparatus; and second reception means for receiving the data from the second device if the second device has the data, wherein the search means performs the search even while the second reception means is receiving the data, and if the first device is discovered while the second reception means is receiving the data, reception by the first reception means is prioritized over reception by the second reception means.
Device for sterilization of a sheet of packaging material, said device comprising a first chamber having an inlet and an outlet for said sheet of packaging material, and a second chamber having an inlet and an outlet for said sheet of packaging material, characterised in that said outlet of said first chamber is connected to said inlet of said second chamber, wherein said first chamber comprises an element which is movable between a first position, in which said device is in a mode for sterilization of said sheet of packaging material, and a second position, in which said inlet of said first chamber is substantially closed and said device is in a mode for sterilization of said second chamber.
A power semiconductor module arrangement comprising: a housing; a semiconductor substrate arranged inside the housing, said substrate comprising a dielectric insulation layer, and a first metallization layer arranged on a first side of the dielectric insulation layer; at least one controllable semiconductor element mounted on the first metallization layer of the substrate; at least one temperature sensor arrangement, each of the at least one temperature sensor arrangement comprising an optically sensitive element and an optical cable coupled to the optically sensitive element with a first end, wherein the first end of each optical cable is arranged inside the housing; each optical cable extends from the inside of the housing through a wall or cover of the housing to the outside of the housing such that the second end of each optical cable is arranged outside the housing; characterized in: at least one tube extending from the inside of the housing through a wall or cover of the housing to the outside of the housing, wherein: each of the at least one temperature sensor arrangement is arranged inside a different one of the at least one tube. a housing; a semiconductor substrate arranged inside the housing, said substrate comprising a dielectric insulation layer, and a first metallization layer arranged on a first side of the dielectric insulation layer; at least one controllable semiconductor element mounted on the first metallization layer of the substrate; at least one temperature sensor arrangement, each of the at least one temperature sensor arrangement comprising an optically sensitive element and an optical cable coupled to the optically sensitive element with a first end, wherein the first end of each optical cable is arranged inside the housing; each optical cable extends from the inside of the housing through a wall or cover of the housing to the outside of the housing such that the second end of each optical cable is arranged outside the housing; characterized in: at least one tube extending from the inside of the housing through a wall or cover of the housing to the outside of the housing, wherein: each of the at least one temperature sensor arrangement is arranged inside a different one of the at least one tube.
Method of retargeting three-dimensional video signal data for use on a target three-dimensional display device, the method comprising: - receiving the three-dimensional video signal, the three-dimensional video signal comprising: - three-dimensional video data suitable for driving a multi-view display device, - reference disparity mapping data, the reference disparity mapping data indicative of a disparity mapping for the three-dimensional video data for a reference three-dimensional display device; - deriving a target disparity mapping based on the reference disparity mapping and characteristics of the reference three-dimensional display device and corresponding characteristics of the target three-dimensional display device - retargeting the three-dimensional video data using the target disparity mapping data into a target three-dimensional video data wherein, provided that the target three-dimensional display device has a larger disparity range for displaying salient elements than the reference three-dimensional display device, the deriving of the target disparity mapping comprises a weighted addition of the reference disparity mapping data and a linear disparity mapping within the larger disparity range; and the characteristics of the reference three-dimensional display device comprises one of: - blur-disparity curve, - sharpness-disparity curve, - blur-disparity range, - sharpness-disparity range, - a salient-disparity range, - sharpness-disparity data indicative of a disparity range suitable for displaying three-dimensional images with sharpness above a predetermined sharpness metric, and/or - blur-disparity data indicative of a disparity range suitable for displaying three-dimensional images with blurring below a predetermined blur measure. - receiving the three-dimensional video signal, the three-dimensional video signal comprising: - three-dimensional video data suitable for driving a multi-view display device, - reference disparity mapping data, the reference disparity mapping data indicative of a disparity mapping for the three-dimensional video data for a reference three-dimensional display device; - deriving a target disparity mapping based on the reference disparity mapping and characteristics of the reference three-dimensional display device and corresponding characteristics of the target three-dimensional display device - retargeting the three-dimensional video data using the target disparity mapping data into a target three-dimensional video data - blur-disparity curve, - sharpness-disparity curve, - blur-disparity range, - sharpness-disparity range, - a salient-disparity range, - sharpness-disparity data indicative of a disparity range suitable for displaying three-dimensional images with sharpness above a predetermined sharpness metric, and/or - blur-disparity data indicative of a disparity range suitable for displaying three-dimensional images with blurring below a predetermined blur measure.
A method of identifying a diploid Pichia pastoris host cell that produces a desired antibody with a greater purity than another diploid Pichia pastoris host cell, said method comprising: (a) providing a panel of diploid Pichia pastoris host cells, said panel comprising at least two diploid Pichia pastoris host cells that each comprise differing numbers of copies of one or more of the genes that provide for the expression of the subunits of the desired antibody, wherein said genes that provide for the expression of the subunits of the desired antibody comprise genes encoding the light chain and the heavy chain of the desired antibody; (b) culturing each of said diploid Pichia pastoris host cells to express the desired antibody; (c) measuring the purity of the desired antibody produced by each of said diploid Pichia pastoris host cells; and (d) identifying a diploid Pichia pastoris host cell that produces said desired antibody with a greater purity than another diploid Pichia pastoris host cell in said panel of diploid Pichia pastoris host cells that produce the desired antibody. (a) providing a panel of diploid Pichia pastoris host cells, said panel comprising at least two diploid Pichia pastoris host cells that each comprise differing numbers of copies of one or more of the genes that provide for the expression of the subunits of the desired antibody, wherein said genes that provide for the expression of the subunits of the desired antibody comprise genes encoding the light chain and the heavy chain of the desired antibody; (b) culturing each of said diploid Pichia pastoris host cells to express the desired antibody; (c) measuring the purity of the desired antibody produced by each of said diploid Pichia pastoris host cells; and (d) identifying a diploid Pichia pastoris host cell that produces said desired antibody with a greater purity than another diploid Pichia pastoris host cell in said panel of diploid Pichia pastoris host cells that produce the desired antibody.
1-ethyl-7-(2-methyl-6-(1H-1,2,4-triazol-3-yl)pyridin-3-yl)-3,4-dihydropyrazino[2,3-b]pyrazin-2 -one or a pharmaceutically acceptable salt, stereoisomer or tautomer thereof for use in a method for treating head and neck squamous cell carcinoma, the method comprising administering an effective amount of 1-ethyl-7-(2-methyl-6-(1H-1,2,4-triazol-3-yl)pyridin-3-yl)-3,4-dihydropyrazino[2,3-b]pyrazin-2 -one or a pharmaceutically acceptable salt, stereoisomer or tautomer thereof to a patient having head and neck squamous cell carcinoma.
A method, comprising: obtaining input magnetic resonance, MR, data using at least one radio-frequency, RF, coil of a magnetic resonance imaging, MRI, system; and generating an MR image from the input MR data at least in part by suppressing at least one artefact in the input MR data, wherein the at least one artefact comprises RF interference, and wherein the generating comprises: performing a reconstruction step by generating an image in an image domain from the input MR data; characterized in that the suppressing comprises: using a neural network model to suppress the RF interference by processing the input MR data before the reconstruction step in a domain other than the image domain. obtaining input magnetic resonance, MR, data using at least one radio-frequency, RF, coil of a magnetic resonance imaging, MRI, system; and generating an MR image from the input MR data at least in part by suppressing at least one artefact in the input MR data, wherein the at least one artefact comprises RF interference, and wherein the generating comprises: performing a reconstruction step by generating an image in an image domain from the input MR data; characterized in that the suppressing comprises: using a neural network model to suppress the RF interference by processing the input MR data before the reconstruction step in a domain other than the image domain. performing a reconstruction step by generating an image in an image domain from the input MR data; characterized in that the suppressing comprises: using a neural network model to suppress the RF interference by processing the input MR data before the reconstruction step in a domain other than the image domain.
A process for the production of primer surfacer-free multi-layer coatings, comprising the successive steps: 1) applying a 10 to 35 μm thick base coat layer onto a substrate provided with an EDC primer, 2) applying a clear coat layer onto the base coat layer, 3) jointly curing the base coat and clear coat layers, wherein the base coat layer is applied in a first layer and in a second layer; the first layer comprises a modified water-borne base coat produced by mixing an unmodified water-borne base coat with a pigmented admixture component and the second layer comprises the unmodified water-borne base coat, wherein the unmodified water-borne base coat is an aqueous coating composition having a solids content of 10 to 40 wt.% and a ratio by weight of pigment content to resin solids content of 0.05: 1 to 0.6:1, wherein the admixture component has a solids content of 30 to 100 wt.%, said solids content consisting of a resin solids content plus pigment content plus optional fillers plus optional nonvolatile additives, the ratio by weight of pigment content to resin solids content being 0.05:1 to 0.5:1, wherein the resin solids content of the admixture component consists to an extent of 100 wt.% of polyisocyanate(s) or of 85 to 99 wt.% of polyisocyanate(s) and 1 to 15 wt.% of grinding resin(s), wherein said weight percentages add up to 100 wt.%, wherein the pigment content of the admixture component comprises at least one pigment which effectively reduces UV transmission and wherein the pigment content being such that UV light can penetrate through the base coat layer formed from modified water-borne base coat and unmodified water-borne base coat only in accordance with a UV transmission of less than 0.1 % in the wavelength range of from 280 to 380 nm and of less than 0.5% in the wavelength range of from 380 to 400 nm, and wherein the admixture component is mixed into the unmodified water-borne base coat in a ratio by weight of 0.2 to 1 parts of polyisocyanate:1 part of resin solids of the unmodified water-borne base coat. 1) applying a 10 to 35 μm thick base coat layer onto a substrate provided with an EDC primer, 2) applying a clear coat layer onto the base coat layer, 3) jointly curing the base coat and clear coat layers,
A spuit-type cosmetic container comprising: a container body provided at an upper portion thereof with an opening; an inner cap screwed with the opening of the container body, and comprising an outer sidewall formed therein with a slit, and a cylinder formed in the outer sidewall; an outer cap coupled to an outer portion of the inner cap and provided on an inner circumference thereof with a cam protrusion; a retractable button coupled to an inner upper portion of the outer cap, and comprising a cam hole having an oblique guide part and a stop hole formed in an outer sidewall of the retractable button, wherein the cam protrusion is inserted into the cam hole, and a piston fixing rod formed at a center of the retractable button; a piston fixedly fitted to the piston fixing rod of the retractable button to move up and down together with the retractable button, wherein the piston is fitted into the cylinder formed in the outer sidewall of the inner cap; an elastic member to elastically support the retractable button; an anti-separation member coupled to an inner portion of a lower end of the outer cap to prevent the outer cap from being separated from the inner cap; and a spuit tube coupled to the inner cap, characterized in that the retractable button further comprises an anti-rotation step vertically formed on an inner sidewall, wherein the slit is formed in the outer sidewall of the inner cap so that the anti-rotation step of the retractable button is fitted into the slit. a container body provided at an upper portion thereof with an opening; an inner cap screwed with the opening of the container body, and comprising an outer sidewall formed therein with a slit, and a cylinder formed in the outer sidewall; an outer cap coupled to an outer portion of the inner cap and provided on an inner circumference thereof with a cam protrusion; a retractable button coupled to an inner upper portion of the outer cap, and comprising a cam hole having an oblique guide part and a stop hole formed in an outer sidewall of the retractable button, wherein the cam protrusion is inserted into the cam hole, and a piston fixing rod formed at a center of the retractable button; a piston fixedly fitted to the piston fixing rod of the retractable button to move up and down together with the retractable button, wherein the piston is fitted into the cylinder formed in the outer sidewall of the inner cap; an elastic member to elastically support the retractable button; an anti-separation member coupled to an inner portion of a lower end of the outer cap to prevent the outer cap from being separated from the inner cap; and a spuit tube coupled to the inner cap, characterized in that the retractable button further comprises an anti-rotation step vertically formed on an inner sidewall, wherein the slit is formed in the outer sidewall of the inner cap so that the anti-rotation step of the retractable button is fitted into the slit.
A rotor blade tip for a wind turbine rotor blade, wherein the rotor blade tip is made of metal and a surface of the rotor blade tip formed by the metal has a rough surface section, characterized in that the rough surface section is arranged in the shape of a stripe at an even distance from a leading edge.
A method for analyzing a virtual network comprising at least one virtual appliance, the method comprising: generating a route tracing request packet comprising a time-to-live value, a source address of a source of the route tracing request packet, and an address of a destination of the route tracing request packet, wherein: the source and destination are in the virtual network; the route tracing request packet is configured to identify the at least one virtual appliance; the at least one virtual appliance is configured to examine the route tracing request packet for a time-to-live value indicating that the route tracing request packet has expired and send a time-to-live exceeded message to the source address, the time-to-live exceeded message including an identifier for the at least one virtual appliance; forwarding the route tracing request packet to the destination; receiving the time-to-live exceeded message from the at least one virtual appliance; extracting, from the time-to-live exceeded message, data usable to determine network virtual appliances that were traversed by the route tracing request packet prior to expiration of the time-to-live value; and reporting the network virtual appliances that were traversed by the route tracing request packet. generating a route tracing request packet comprising a time-to-live value, a source address of a source of the route tracing request packet, and an address of a destination of the route tracing request packet, wherein: the source and destination are in the virtual network; the route tracing request packet is configured to identify the at least one virtual appliance; the at least one virtual appliance is configured to examine the route tracing request packet for a time-to-live value indicating that the route tracing request packet has expired and send a time-to-live exceeded message to the source address, the time-to-live exceeded message including an identifier for the at least one virtual appliance; the source and destination are in the virtual network; the route tracing request packet is configured to identify the at least one virtual appliance; the at least one virtual appliance is configured to examine the route tracing request packet for a time-to-live value indicating that the route tracing request packet has expired and send a time-to-live exceeded message to the source address, the time-to-live exceeded message including an identifier for the at least one virtual appliance; forwarding the route tracing request packet to the destination; receiving the time-to-live exceeded message from the at least one virtual appliance; extracting, from the time-to-live exceeded message, data usable to determine network virtual appliances that were traversed by the route tracing request packet prior to expiration of the time-to-live value; and reporting the network virtual appliances that were traversed by the route tracing request packet.
Biocompatible, magnetic nanoparticles for use in the therapy of glioblastomae in a static magnetic field, wherein the biocompatible magnetic nanoparticles are used for a targeted movement of migrating cancer cells in an external magnetic field (magnetotaxis) for collectively making them accessible for surgical intervention or hyperthermia.
A thermal interface device, comprising: a containment structure (102, 804) having at least one wall (106,107), wherein the containment structure (102, 804) is configured to facilitate passage of heat from a heat source and/or a heat dissipater; and a thermal conductor disposed in at least a portion of the containment structure (102, 804), wherein the thermal conductor is configured to reversibly switch between a solid state and a liquid state, and wherein the thermal interface device is a re-workable device, characterized in comprising one or more conforming components (604, 802) operatively coupled to the containment structure (102, 804), that are elevated with respect to a surface of the containment structure (102, 804), and configured to expand and contract to accommodate volume displacement from the heat source and/or the heat dissipater. a containment structure (102, 804) having at least one wall (106,107), wherein the containment structure (102, 804) is configured to facilitate passage of heat from a heat source and/or a heat dissipater; and a thermal conductor disposed in at least a portion of the containment structure (102, 804), wherein the thermal conductor is configured to reversibly switch between a solid state and a liquid state, and wherein the thermal interface device is a re-workable device, characterized in comprising one or more conforming components (604, 802) operatively coupled to the containment structure (102, 804), that are elevated with respect to a surface of the containment structure (102, 804), and configured to expand and contract to accommodate volume displacement from the heat source and/or the heat dissipater.
A clutch actuator for actuating a vehicle clutch, comprising a pressure-medium filled cylinder, in which an annular piston is axially slidably arranged, wherein the annular piston is fixedly operatively connected to a sliding sleeve, which in turn is axially slidably mounted on a guide sleeve, wherein a radially lower lateral surface of the annular piston has a radius (Ri) and is arranged in close radial proximity to the guide sleeve, and comprising at least one sliding ring (18; 19; 18a), which bears the sliding sleeve on the guide sleeve, wherein the at least one sliding ring (18; 19,; 18a) is inserted into a groove (27; 28) in the radially inner lateral surface of the annular piston, wherein the groove (27; 28) of the at least one sliding ring (18; 19) has a single groove wall (29; 32) extending radially and wherein the groove (27; 28) is open toward an axial outer or inner end side (30; 33) of the annular piston, characterized in that, two sliding rings (18; 19; 18a) are inserted into the radial inner lateral surface of the annular piston, wherein the groove (27, 28), into which the sliding rings (18, 19) are respectively inserted respectively has a single groove wall (29, 32) extending radially, wherein the grooves (27, 28) are each open toward an axial outer and inner end side (30, 33) of the annular piston.