mhurhangee/ep-ind-claims huggingface dataset:
Sensor device for magnetic field measurement by means of optical magnetic resonance measurement (ODMR), comprising a diamond having a multiplicity of colour centres, in particular nitrogen defects, a laser emitter, a first photodetector and a printed circuit board, wherein the laser emitter is configured for fluorescence excitation of the colour centres in the diamond, wherein the first photodetector is configured to receive fluorescence radiation from the colour centres of the diamond, characterized in that the printed circuit board comprises a plurality of layers (15, 15a, 15b 15c, 15d) comprising at least one inner layer, in that the laser emitter is arranged on a top side of the printed circuit board, in that the first photodetector is arranged on a lower side of the printed circuit board, in that the diamond is arranged in the interior of the printed circuit board in the plane of extent of the at least one inner layer, and in that at least one of the layers has current-carrying structures, which are configured to produce a homogeneous bias magnetic field perpendicular to the layers (15, 15a, 15b 15c, 15d) of the printed circuit board, which field passes through the diamond, and wherein at least one of the layers below the layer comprising the diamond has a second optically transparent body, the top side of which has metallic conductor tracks or a metallic coating, and wherein the layer comprising the diamond or an adjoining layer has lines for supplying the metallic conductor tracks with power, such that, by applying AC voltage to the lines, a microwave magnetic field can be generated in the diamond, which is directed parallel to the top side of the printed circuit board.
Device for forming dams in furrows for ridge crops wherin the device comprises a frame with at least one holder which is mounted on the frame for pivoting about a pivot shaft and has attached thereto a soil working member for forming a dam, a crankshaft which is provided with at least one crank and is also provided with drive means, which crankshaft is held by the frame using bearing means and which frame comprises coupling means for coupling the device to an implement intended for ridge cultivation, more particularly a ridge former, such that the outer end of the soil working member, during the intended use and with activated drive means, makes a substantially up and downward movement about the pivot shaft which is oriented perpendicularly of the travel direction and parallel to the ground surface, characterized in that the crank is coupled by means of a drive rod to the holder.
One or more computer-readable media embodying computer-readable instructions which, when executed by a computing device, implement a control comprising: a unified discovery control that is configured to provide a central location that describes different types of services that a website has to offer, characterized in that the central location is a user interface component configured to inform a user that the website offers one or more services, the user interface component being rendered by the unified discovery control and comprising a service button that indicates the presence of the one or more services; said user interface component configured to comprise a drop down menu presenting multiple different service type categories under which individual instances of offered services are listed, wherein the drop down menu is exposed once the user has hovered their cursor over the service button; wherein the unified discovery control is implemented as part of the web browser or as a standalone component whose functionality is utilized by the web browser; and wherein the unified discovery control discovers the services a website offers by looking for service descriptions in the HTML corresponding to a website when a web page's HTML is parsed or by analyzing the contents of the website by applying a set of heuristics to the web page. a unified discovery control that is configured to provide a central location that describes different types of services that a website has to offer, characterized in that the central location is a user interface component configured to inform a user that the website offers one or more services, the user interface component being rendered by the unified discovery control and comprising a service button that indicates the presence of the one or more services; said user interface component configured to comprise a drop down menu presenting multiple different service type categories under which individual instances of offered services are listed, wherein the drop down menu is exposed once the user has hovered their cursor over the service button; wherein the unified discovery control is implemented as part of the web browser or as a standalone component whose functionality is utilized by the web browser; part of the web browser or as a standalone component whose functionality is utilized by the web browser; and wherein the unified discovery control discovers the services a website offers by looking for service descriptions in the HTML corresponding to a website when a web page's HTML is parsed or by analyzing the contents of the website by applying a set of heuristics to the web page. by looking for service descriptions in the HTML corresponding to a website when a web page's HTML is parsed or by analyzing the contents of the website by applying a set of heuristics to the web page.
A cosmetic method for delivering excess zinc to eukaryotic cells to inhibit the metabolism of the cell, the method comprising treating the cells with a composition comprising a zinc ionophoric material, wherein the zinc ionophoric material is capable of delivering a zinc ion across a cellular membrane, wherein the zinc ionophoric material is zinc pyrithione, wherein the zinc ionophoric material is in combination with a zinc containing material, wherein the zinc containing material is a zinc-containing layered material, wherein the zinc-containing layered material is selected from the group consisting of zinc carbonate hydroxide, zinc copper carbonate, copper zinc carbonate hydroxide phyllosilicate containing zinc ions, layered double hydroxide, hydroxy double salts and mixtures thereof, wherein an increase in a zinc ionophoric material's antifungal activity is achieved with at least a 50% reduction in an amount of zinc ionophoric material necessary to inhibit cell growth when in the presence of 5 ppm or less of a zinc containing material; and further wherein there is an increase in an intracellular zinc level by 1.5 fold more than would occur in the absence of the zinc ionophoric material.
An annular caulking-fastened component to be fastened to a counterpart component, the caulking-fastened component including: a notch formed in an inner peripheral edge portion at one end side in a center axis direction, the notch arranged to be caulked to the counterpart component by caulking; a protrusion comprising a raised portion located around the notch, wherein the protrusion is formed when a constituent material of an unprocessed material is pushed out around the notch when the notch is formed, and at least one of: an inner-peripheral stepped portion formed between an inner peripheral surface and the inner peripheral edge portion and outward from the inner peripheral surface in a radial direction; and an end-face stepped portion formed between an end face at one end side in the center axis direction and the inner peripheral edge portion and from the end face toward the other end side in the center axis direction; wherein the protrusion is located apart from at least one of the inner peripheral surface and the end face, wherein a step amount of the inner-peripheral stepped portion and a step amount of the end-face stepped portion are each determined to be larger than a height of the protrusion. a notch formed in an inner peripheral edge portion at one end side in a center axis direction, the notch arranged to be caulked to the counterpart component by caulking; a protrusion comprising a raised portion located around the notch, wherein the protrusion is formed when a constituent material of an unprocessed material is pushed out around the notch when the notch is formed, and at least one of: an inner-peripheral stepped portion formed between an inner peripheral surface and the inner peripheral edge portion and outward from the inner peripheral surface in a radial direction; and an end-face stepped portion formed between an end face at one end side in the center axis direction and the inner peripheral edge portion and from the end face toward the other end side in the center axis direction; wherein the protrusion is located apart from at least one of the inner peripheral surface and the end face, wherein a step amount of the inner-peripheral stepped portion and a step amount of the end-face stepped portion are each determined to be larger than a height of the protrusion.
A method for creating a processing file for creating a printing plate: a) providing an image file in vector format comprising one or more image areas (302, 304, 306, 308) and one or more non-image areas; b) receiving via a user Interface, an identification of a boundary (303, 305, 307, 309) in vector coordinates defining each image area (302, 304, 306, 308), each image area (302, 304, 306, 308) with its identified boundary (303, 305, 307, 309) corresponding to an image patch; c) raster image processing the image file into a pixel-based format to create RIPped image information; d) associating the RIPped image information with the vector coordinates corresponding to the image patches; e) using the RIPped image information and associated vector coordinates corresponding to the image patches as an input, processing the RIPped image information to automatically create one or more RIPped image patches; f) attaching one or more register marks to each RIPped image patch; and g) saving the one or more RIPped image patches with register marks and the corresponding vector coordinates for each image patch in a processing file for creating a printing plate. a) providing an image file in vector format comprising one or more image areas (302, 304, 306, 308) and one or more non-image areas; b) receiving via a user Interface, an identification of a boundary (303, 305, 307, 309) in vector coordinates defining each image area (302, 304, 306, 308), each image area (302, 304, 306, 308) with its identified boundary (303, 305, 307, 309) corresponding to an image patch; c) raster image processing the image file into a pixel-based format to create RIPped image information; d) associating the RIPped image information with the vector coordinates corresponding to the image patches; e) using the RIPped image information and associated vector coordinates corresponding to the image patches as an input, processing the RIPped image information to automatically create one or more RIPped image patches; f) attaching one or more register marks to each RIPped image patch; and g) saving the one or more RIPped image patches with register marks and the corresponding vector coordinates for each image patch in a processing file for creating a printing plate.
Method for measuring the mass flow rate of a flowing medium, in which the flow motion of the medium is converted into a rotational motion of a motion sensor arranged in a volume measuring device and in which the revolutions of the motion sensor are determined electronically by an electrical signal of the motion sensor being sampled, which after a full revolution or a specified fraction of a full revolution exhibits a change in the signal level, wherein the number of changes in the signal level is used to calculate a value for the flow rate of the medium through the volume measuring device and the sample rate is adjusted to match the specific rotation rate of the motion sensor, - by the sample rate being determined by a high-frequency sampling of the electrical signal of the motion sensor, wherein the high-frequency sampling of the electrical signal is begun at the maximum sampling frequency and the time between each sample measurement and the next, designated as the sample cycle time, is lengthened until a change in the signal level is detected, and - by the shortest duration between two changes in the signal level, designated as the period, being determined and the sampling rate being set such that the time interval between two sample measurements is no greater than half the period. - by the sample rate being determined by a high-frequency sampling of the electrical signal of the motion sensor, wherein the high-frequency sampling of the electrical signal is begun at the maximum sampling frequency and the time between each sample measurement and the next, designated as the sample cycle time, is lengthened until a change in the signal level is detected, and - by the shortest duration between two changes in the signal level, designated as the period, being determined and the sampling rate being set such that the time interval between two sample measurements is no greater than half the period.
A multilayer substrate with plural layers of circuit patterns (L1, L2, L3, L4), comprising: a ground conductor provided at each circuit pattern and surrounding a wiring region provided with a conductive wiring pattern; and a missing portion provided at the ground conductor of each circuit pattern and connecting between an outside of the multilayer substrate and the wiring region, wherein the missing portion of the ground conductor provided at one of adjacent two layers of the circuit patterns and the missing portion of the ground conductor provided at the other layer are formed at positions not overlapping with each other. a ground conductor provided at each circuit pattern and surrounding a wiring region provided with a conductive wiring pattern; and a missing portion provided at the ground conductor of each circuit pattern and connecting between an outside of the multilayer substrate and the wiring region, wherein the missing portion of the ground conductor provided at one of adjacent two layers of the circuit patterns and the missing portion of the ground conductor provided at the other layer are formed at positions not overlapping with each other.
A co-current and fixed-bed gasifier for the gasification of carbonaceous solid fuel, the gasifier comprising a vertical tank having successively and from top to bottom: - an inlet airlock for introducing the fuel into the tank, - a pyrolysis zone for pyrolysing the fuel introduced into the tank and having first means for intake of a pyrolysis agent, - a combustion zone for burning pyrolysis gases from the pyrolysis zone and having second means for intake of a gasifying agent, - a reduction zone for gasifying the carbonised fuel from the pyrolysis zone - an outlet for collecting gases from the reduction zone, - a zone to collect and discharge ashes, the tank has active transfer means for actively transferring solid material from the pyrolysis zone to the reduction zone, characterised in that the active transfer means are located between the first means for intake of a pyrolysis agent and the second means for intake of a gasifying agent, and in that the active transfer means comprise a transfer chamber which is adapted, when activated, to prevent direct flow of solid material from the pyrolysis zone to the reduction zone, said transfer chamber being permeable to the pyrolysis gases. - an inlet airlock for introducing the fuel into the tank, - a pyrolysis zone for pyrolysing the fuel introduced into the tank and having first means for intake of a pyrolysis agent, - a combustion zone for burning pyrolysis gases from the pyrolysis zone and having second means for intake of a gasifying agent, - a reduction zone for gasifying the carbonised fuel from the pyrolysis zone - an outlet for collecting gases from the reduction zone, - a zone to collect and discharge ashes,
A system for aftercooling and demoisturizing hot compressed air, comprising: a housing containing a heat exchanger having a bottom and first and second flow sides for cooling said hot air during passage therethrough, said housing having an inlet for admitting said hot air, an intake plenum for distributing said hot air for flowing through the first flow side of said heat exchanger, an exhaust plenum for collecting moisture laden cooled air, and an outlet through which cooled air exits said system, said housing further having a coolant passage through the second flow side of the heat exchanger, characterized in that a direction of a mass flow of said hot air through said heat exchanger is a direction parallel to the bottom of said heat exchanger, a bottom of said exhaust plenum is lower than the bottom of said heat exchanger to form a trough, wherein at a bottom of the trough is a water drain for passing the water collected from the hot compressed air, and a moisture separating material being placed within this trough for preventing the moisture in form of water in the bottom of the trough from being carried by the air through said outlet. a housing containing a heat exchanger having a bottom and first and second flow sides for cooling said hot air during passage therethrough, said housing having an inlet for admitting said hot air, an intake plenum for distributing said hot air for flowing through the first flow side of said heat exchanger, an exhaust plenum for collecting moisture laden cooled air, and an outlet through which cooled air exits said system, said housing further having a coolant passage through the second flow side of the heat exchanger, characterized in that a direction of a mass flow of said hot air through said heat exchanger is a direction parallel to the bottom of said heat exchanger, a bottom of said exhaust plenum is lower than the bottom of said heat exchanger to form a trough, wherein at a bottom of the trough is a water drain for passing the water collected from the hot compressed air, and a moisture separating material being placed within this trough for preventing the moisture in form of water in the bottom of the trough from being carried by the air through said outlet.
A client device for use in a network, comprising: a receiver for receiving data packets with a first source address in a first session from a server in the network; a processor operatively connected to the receiver for recovering content data from the data packets received; and a transmitter operatively connected to the processor for sending data into the network; wherein the receiver is configured to receive a Session Switch Information message from the server, the Session Switch Information message including a second source address; and characterised in that: the processor is configured, in response to the receipt of the Session Switch Information message, to instruct the transmitter to contact the server to set up delivery of data packets with a second source address in a second session; the processor is further configured to terminate the first session; and the client device is adapted so that the data packets are received using the same transport protocol in the first and second sessions. a receiver for receiving data packets with a first source address in a first session from a server in the network; a processor operatively connected to the receiver for recovering content data from the data packets received; and a transmitter operatively connected to the processor for sending data into the network; wherein the receiver is configured to receive a Session Switch Information message from the server, the Session Switch Information message including a second source address; and characterised in that: the processor is configured, in response to the receipt of the Session Switch Information message, to instruct the transmitter to contact the server to set up delivery of data packets with a second source address in a second session; the processor is further configured to terminate the first session; and the client device is adapted so that the data packets are received using the same transport protocol in the first and second sessions. the processor is configured, in response to the receipt of the Session Switch Information message, to instruct the transmitter to contact the server to set up delivery of data packets with a second source address in a second session; the processor is further configured to terminate the first session; and the client device is adapted so that the data packets are received using the same transport protocol in the first and second sessions.
Method for producing second wood sheets from first wood sheets, comprising steps (i) to (iv): (i) providing first wood sheets having a laminarly developed front side and backside, wherein the moisture content of said first wood sheets is below the fiber saturation point of the wood; (ii) applying a water-comprising adhesive to one or more front sides and/or one or more backsides of said first wood sheets provided in step (i); (iii) adhering said wood sheets from step (ii) and optionally from step (i) with laminar sides to each other in order to form a block which comprises adhered layers of said first wood sheets, wherein the adhering is performed such to increase the moisture content of said formed block up to or above the fiber saturation point of the wood; (iv) slicing said block formed in step (iii) to form said second wood sheets; characterized in that the moisture content of the block obtained in step (iii) prior to the slicing according to step (iv) is above 30 % up to 100 %, the moisture content being determined according to DIN 52183. (i) providing first wood sheets having a laminarly developed front side and backside, wherein the moisture content of said first wood sheets is below the fiber saturation point of the wood; (ii) applying a water-comprising adhesive to one or more front sides and/or one or more backsides of said first wood sheets provided in step (i); (iii) adhering said wood sheets from step (ii) and optionally from step (i) with laminar sides to each other in order to form a block which comprises adhered layers of said first wood sheets, wherein the adhering is performed such to increase the moisture content of said formed block up to or above the fiber saturation point of the wood; (iv) slicing said block formed in step (iii) to form said second wood sheets;