mhurhangee/ep-ind-claims huggingface dataset:
A railing for a movable furniture part, comprising: - a railing strut and - a panel fixing device at one end of the railing strut for fixing the railing to a front panel of a movable furniture part, wherein a mounting portion of the panel fixing device can be fixedly connected to the front panel, wherein the railing strut is at least partially hollow and is adapted to be displaceable relative to the mounting portion, wherein the railing strut which is slided in the direction of the mounting portion receives and covers the panel fixing device, and wherein the railing has a sleeve for partially receiving the panel fixing device, wherein the sleeve is provided substantially completely in the interior of the railing strut, characterized in that the railing strut and the sleeve have mutually corresponding latching portions (43, 23) for fixing the railing strut to the sleeve. - a railing strut and - a panel fixing device at one end of the railing strut for fixing the railing to a front panel of a movable furniture part, wherein a mounting portion of the panel fixing device can be fixedly connected to the front panel,
A grindstone (2; 20; 30; 40) comprising abrasive grains (1; 23, 25; 31, 35; 41, 45), where at least part of the abrasive grains (1; 23, 25; 31, 35; 41, 45) are laser irradiated abrasive grains (1; 23; 31; 41) made of transparent or translucent inorganic or ceramic compound and comprising one or more defects (CD, 8) formed by a laser irradiation, characterized in that said one or more defects (CD, 8) are crystal defects or microscopic gaps inside a crystal structure of the abrasive grain (1; 23; 31; 41) and give the abrasive grain (1; 23; 31; 41) a self-dressing function.
A transparent glass-ceramic of lithium aluminosilicate type containing a solid solution of β-quartz as the main crystalline phase, the composition of which, free of arsenic oxide and antimony oxide, except for inevitable traces, expressed in percentages by weight of oxides, comprises: 64.5% to 66.5% of SiO 2; 19.0% to 20.6% of Al 2 O 3; 3.0% to 3.6% of Li 2 O; 0 to 1% of MgO; 1.7% to 3.4% of ZnO; 2% to 3% of BaO; 0 to 3% of SrO; 0 to 1% of CaO; 2% to 4% of TiO 2; 1% to 2% of ZrO 2; 0 to 1% of Na 2 O; 0 to 1% of K 2 O; with Na 2 O + K 2 O + BaO + SrO + CaO ≤ 6%; optionally up to 2% of at least one fining agent comprising SnO 2; and optionally up to 2% of at least one coloring agent. 64.5% to 66.5% of SiO 2; 19.0% to 20.6% of Al 2 O 3; 3.0% to 3.6% of Li 2 O; 0 to 1% of MgO; 1.7% to 3.4% of ZnO; 2% to 3% of BaO; 0 to 3% of SrO; 0 to 1% of CaO; 2% to 4% of TiO 2; 1% to 2% of ZrO 2; 0 to 1% of Na 2 O; 0 to 1% of K 2 O; with Na 2 O + K 2 O + BaO + SrO + CaO ≤ 6%; optionally up to 2% of at least one fining agent comprising SnO 2; and optionally up to 2% of at least one coloring agent.
A circuit board system comprising: - a circuit board (101, 201, 301) having a first surface and a second surface opposite to the first surface, - at least one electrical component (102, 202, 302), and - a conductor part (103, 203, 303) in heat conducting relation with the electrical component, wherein: - the first surface of the circuit board comprises a portion (104, 204, 304) that is uneven so as to increase surface area of the portion, - the portion of the first surface is coated with a coating (105, 205, 305) made of conductor material so that a surface of the coating is uneven, and - the circuit board comprises a heat conductive pathway (106, 206, 306) made of conductor material and extending from the conductor part to the coating characterized in that the portion (104, 204, 304) of the first surface of the circuit board comprises at least one of the following for increasing the surface area of the portion: grooves made by cutting, cavities made by drilling, wherein a depth of the grooves and/or cavities is less than a distance from the first surface of the circuit board to any conductor layer of the circuit board which is a distance away from the first surface. - a circuit board (101, 201, 301) having a first surface and a second surface opposite to the first surface, - at least one electrical component (102, 202, 302), and - a conductor part (103, 203, 303) in heat conducting relation with the electrical component, - the first surface of the circuit board comprises a portion (104, 204, 304) that is uneven so as to increase surface area of the portion, - the portion of the first surface is coated with a coating (105, 205, 305) made of conductor material so that a surface of the coating is uneven, and - the circuit board comprises a heat conductive pathway (106, 206, 306) made of conductor material and extending from the conductor part to the coating
A method of generating an antibody which can discriminate between the membrane bound form of an antigen and the soluble form of the antigen by recognising a difference in conformation between the membrane bound form of an antigen and the soluble form of the antigen, wherein the soluble form of the antigen is a protein which is shed from cells, or wherein the soluble form of the antigen is derivable from the membrane bound form by cleavage, comprising: (i) immunizing a non-human animal with a first antigen which comprises the soluble form of the antigen; (ii) administering to the animal a chemotherapeutic agent which selectively kills rapidly dividing cells; (iii) immunizing the animal with a second antigen which comprises the membrane bound form of the antigen; and (iv) screening for an antibody which can bind to the second antigen but which does not bind to the first antigen. (i) immunizing a non-human animal with a first antigen which comprises the soluble form of the antigen; (ii) administering to the animal a chemotherapeutic agent which selectively kills rapidly dividing cells; (iii) immunizing the animal with a second antigen which comprises the membrane bound form of the antigen; and (iv) screening for an antibody which can bind to the second antigen but which does not bind to the first antigen.
A moisture absorbent composition comprising: a first thermoplastic resin having moisture permeability at 40°C and at a relative humidity RH of 90% of 0.1 to 50 g/m 2 · 24hr · atm or a second thermoplastic resin having moisture permeability at 40°C and at RH of 90% of 80 to 10000 g/m 2 · 24hr · atm; a moisture absorbent having a primary particle size in the range of 1 to 30 μm and an equilibrium vapor pressure, kneaded into the thermoplastic resin, the moisture absorbent consisting of magnesium sulfate represented by the formula MgSO 4 · nH 2 O (0 ≤ n ≤ 3); and a fatty acid metal salt coated on a surface of the moisture absorbent so that the moisture absorbent kneaded and dispersed in the thermoplastic resin has a secondary particle size of 1 to 40 μm, wherein a ratio of the particle size of the secondary particles of the moisture absorbent kneaded and dispersed in the thermoplastic resin to a thickness of the thermoplastic resin is 0.0003 to 4. a first thermoplastic resin having moisture permeability at 40°C and at a relative humidity RH of 90% of 0.1 to 50 g/m 2 · 24hr · atm or a second thermoplastic resin having moisture permeability at 40°C and at RH of 90% of 80 to 10000 g/m 2 · 24hr · atm; a moisture absorbent having a primary particle size in the range of 1 to 30 μm and an equilibrium vapor pressure, kneaded into the thermoplastic resin, the moisture absorbent consisting of magnesium sulfate represented by the formula MgSO 4 · nH 2 O (0 ≤ n ≤ 3); and a fatty acid metal salt coated on a surface of the moisture absorbent so that the moisture absorbent kneaded and dispersed in the thermoplastic resin has a secondary particle size of 1 to 40 μm, wherein a ratio of the particle size of the secondary particles of the moisture absorbent kneaded and dispersed in the thermoplastic resin to a thickness of the thermoplastic resin is 0.0003 to 4.
Insulation body for flat roofs, having a funnel-shaped recess, - wherein the recess has an inlet opening and an outlet opening, - wherein the recess has a wall, which connects the inlet opening to the outlet opening, and - wherein additional grooves are provided in the wall in addition to a groove running radially in relation to the longitudinal direction of the recess, characterized in that the additional grooves run in an axial longitudinal direction or diagonally relative to the longitudinal direction of the recess in the wall. - wherein the recess has an inlet opening and an outlet opening, - wherein the recess has a wall, which connects the inlet opening to the outlet opening, and - wherein additional grooves are provided in the wall in addition to a groove running radially in relation to the longitudinal direction of the recess,
Water spout for draining a channel in the region of a wall former of a building, the wall former being associated with a windowsill, and the water spout comprising a collecting portion for collecting water that has entered the channel, characterised in that the water spout comprises a spout portion for discharging the water in a water spout direction, the collecting portion being able to be arranged in the interior of the channel in such a way, at a location in its longitudinal direction, that at least one outflow edge of the spout portion facing away from the collecting portion comes to rest vertically above a region of the windowsill, and the spout portion can discharge the water, collected in the collecting portion, from the top of the windowsill.
An engine system comprising an internal combustion engine and a turbocharger, the internal combustion engine comprising: a cylinder head including at least one intake valve and at least one exhaust valve; a cylinder block positioned adjacent the cylinder head and comprising at least one cylinder bore; a piston positioned within the at least one cylinder bore and having a bowl machined into a top surface of the piston, the bowl comprising a salient angle between the top surface of the piston and a side of the bowl, an opening diameter, and a depth, the salient angle projecting in the direction from the opening diameter to a rim of the piston such that the ratio between the opening diameter and the depth affect the salient angle; a combustion chamber defined by the cylinder head, the cylinder block, and the piston; and a high capability ignition system including an ignition device, an injector, and a pre-chamber, the high capability ignition system being configured to generate a long duration electrical discharge at the ignition device_to dissipate 400-1000 millijoules per discharge event; wherein a diameter of the at least one intake valve is greater than a diameter of the at least one exhaust valve, the salient angle of the bowl is at least 10 degrees and less than or equal to 25 degrees, the ratio between the bowl opening diameter and the bowl depth is from 0.5 to 2.0, and the intake valve is configured to open before top dead center on an exhaust stroke of the internal combustion engine and close before bottom dead center of an intake stroke of the internal combustion engine. a cylinder head including at least one intake valve and at least one exhaust valve; a cylinder block positioned adjacent the cylinder head and comprising at least one cylinder bore; a piston positioned within the at least one cylinder bore and having a bowl machined into a top surface of the piston, the bowl comprising a salient angle between the top surface of the piston and a side of the bowl, an opening diameter, and a depth, the salient angle projecting in the direction from the opening diameter to a rim of the piston such that the ratio between the opening diameter and the depth affect the salient angle; a combustion chamber defined by the cylinder head, the cylinder block, and the piston; and a high capability ignition system including an ignition device, an injector, and a pre-chamber, the high capability ignition system being configured to generate a long duration electrical discharge at the ignition device_to dissipate 400-1000 millijoules per discharge event;
Photoconductive transducer intended to generate or detect waves in the terahertz frequency domain or in the picosecond pulse domain, wherein the photoconductive transducer comprises-a three-dimensional structure that comprises a first planar electrode, second planar electrode parallel to the first planar electrode, and an array of identical nano-columns embedded in a layer of resist situated between the first and the second planar electrodes, with the nano-columns being made of a III-V semiconductor and the top part of each nano-column comprising a metal contact that is electrically connected to the second electrode, characterized in that the resist and the second planar electrode are transparent at a given wavelenght in the visible or in the near infrared region of the electromagnetic spectrum, the height of the nano-columns as well as the thickness of the resist range between 100 nanometres and 400 nanometres, the width of the nano-columns is between 100 nanometres and 400 nanometres, the distance between two consecutive nano-columns is between 300 nanometres and 500 nanometres.
Incinerator plant, particularly power plant, comprising - a combustion chamber, particularly for energy production by means of a CO2-generating incineration process, and - a CO2 elimination device for the at least partial elimination of CO2 from the waste gas of the combustion chamber, comprising a multiplicity of photosynthetic organisms, for the conversion of CO2, a shell for the accommodation of the organisms in a photosynthetically active region in an interior of the shell and for the maintenance of predetermined ambient conditions for the organisms in the interior, means (16, 22) for the introduction of sunlight into the interior, a controllable CO2 feeding mechanism (26, 38) for the controlled feeding of CO2 into the interior, a controllable product removal mechanism (26, 36, 48) for the controlled removal of products of the CO2 conversion, wherein the combustion chamber and the photosynthetically active region are integrated into a gas loop in which a quantity of CO2 circulates from the combustion chamber to the photosynthetically active region and back to the combustion chamber, characterized in that an air feeding mechanism provides for supply of the combustion chamber with a fed gas mixture comprising a CO2 content elevated with respect to the atmosphere in order to provide a CO2 concentration in the range from 5% to 35% for the conversion of CO2 in the CO2 elimination device. - a combustion chamber, particularly for energy production by means of a CO2-generating incineration process, and - a CO2 elimination device for the at least partial elimination of CO2 from the waste gas of the combustion chamber, comprising a multiplicity of photosynthetic organisms, for the conversion of CO2, a shell for the accommodation of the organisms in a photosynthetically active region in an interior of the shell and for the maintenance of predetermined ambient conditions for the organisms in the interior, means (16, 22) for the introduction of sunlight into the interior, a controllable CO2 feeding mechanism (26, 38) for the controlled feeding of CO2 into the interior, a controllable product removal mechanism (26, 36, 48) for the controlled removal of products of the CO2 conversion,
Cable processing machine for processing cables, wherein the cable processing machine comprises: a processing region for processing the cables; an operating region for the operation of the cable processing machine by an operator; a cable storage means having a receiving portion accessible from the processing region for receiving individual cables processed in the processing region and a removal portion accessible from the operating region for the safe removal of the individual cables by the operator; characterized in that the cable processing machine additionally comprises the following: a conveying device which is designed to convey batches of cables processed in the processing region from the processing region to the operating region; and a feed device which is designed to feed the cables processed in the processing region either to the conveying device or to the receiving portion. a processing region for processing the cables; an operating region for the operation of the cable processing machine by an operator; a cable storage means having a receiving portion accessible from the processing region for receiving individual cables processed in the processing region and a removal portion accessible from the operating region for the safe removal of the individual cables by the operator; characterized in that the cable processing machine additionally comprises the following: a conveying device which is designed to convey batches of cables processed in the processing region from the processing region to the operating region; and a feed device which is designed to feed the cables processed in the processing region either to the conveying device or to the receiving portion. a conveying device which is designed to convey batches of cables processed in the processing region from the processing region to the operating region; and a feed device which is designed to feed the cables processed in the processing region either to the conveying device or to the receiving portion.
A computing system, comprising: route determination logic that generates route information indicative of a geographic route; map display logic that generates a map display showing a map of a location and a route indicator indicative of the geographic route; a map use identifier system that detects a use characteristic indicative of how the map display is being used by a user of the computing system; and a point of interest system that receives the use characteristic and the route information indicative of the geographic route and identifies a relevant POI category based on the use characteristic and the route information and a relevant POI, in the relevant POI category, based on the use characteristic and the route information and provides the relevant POI to the map display logic for surfacing to the user. route determination logic that generates route information indicative of a geographic route; map display logic that generates a map display showing a map of a location and a route indicator indicative of the geographic route; a map use identifier system that detects a use characteristic indicative of how the map display is being used by a user of the computing system; and a point of interest system that receives the use characteristic and the route information indicative of the geographic route and identifies a relevant POI category based on the use characteristic and the route information and a relevant POI, in the relevant POI category, based on the use characteristic and the route information and provides the relevant POI to the map display logic for surfacing to the user.
A fluid-filled structure comprising: a chamber with (a) an exterior surface and (b) an interior surface located opposite the exterior surface, at least a portion of the interior surface defining a cavity within the chamber that receives a pressurized fluid; and a plate (51; 52) located within the cavity, the plate having (a) a first surface secured to the chamber and (b) a second surface located opposite the first surface, the second surface defining an indentation extending into and across at least a portion of the plate, and the second surface defining edge areas located immediately adjacent to the indentation and on opposite sides of the indentation, at least a portion of the edge areas having an interlocking configuration. a chamber with (a) an exterior surface and (b) an interior surface located opposite the exterior surface, at least a portion of the interior surface defining a cavity within the chamber that receives a pressurized fluid; and a plate (51; 52) located within the cavity, the plate having (a) a first surface secured to the chamber and (b) a second surface located opposite the first surface, the second surface defining an indentation extending into and across at least a portion of the plate, and the second surface defining edge areas located immediately adjacent to the indentation and on opposite sides of the indentation, at least a portion of the edge areas having an interlocking configuration.
A turbine for a gas turbine engine, wherein the turbine comprises a center axis, wherein the center axis defines an axial direction that extends parallel to the center axis, a radial direction that extends perpendicular to the center axis, and a circumferential direction that extends around the center axis, the turbine comprising: a stationary shroud ring having an inner shroud segment, the inner shroud segment comprising: a cooling configuration in which channels (39, 60) are configured to receive and direct a coolant through an interior of the inner shroud segment, wherein the cooling configuration comprises: a pair of counterflowing crossflow channels in which a first crossflow channel extends side-by-side with a neighboring second crossflow channel; and a feed and outlet channel configuration comprising neighboring feed and outlet channels (81, 82), the feed channel connecting at a first connection to an upstream end of the first crossflow channel with respect to a direction of flow of the coolant through the cooling configuration, and the outlet channel connecting at a second connection to a downstream end of the second crossflow channel with respect to the direction of flow of the coolant through the cooling configuration; the turbine for a gas turbine engine being characterised in that the feed channel extends from an inlet in fluid communication with an exterior surface of the inner shroud segment to the first connection; wherein the outlet channel extends from the second connection to an outlet in fluid communication with the exterior surface of the inner shroud segment; and wherein the feed channel comprises a section that undercuts the outlet channel in the radial direction. a pair of counterflowing crossflow channels in which a first crossflow channel extends side-by-side with a neighboring second crossflow channel; and a feed and outlet channel configuration comprising neighboring feed and outlet channels (81, 82), the feed channel connecting at a first connection to an upstream end of the first crossflow channel with respect to a direction of flow of the coolant through the cooling configuration, and the outlet channel connecting at a second connection to a downstream end of the second crossflow channel with respect to the direction of flow of the coolant through the cooling configuration; the turbine for a gas turbine engine being characterised in that the feed channel extends from an inlet in fluid communication with an exterior surface of the inner shroud segment to the first connection; wherein the outlet channel extends from the second connection to an outlet in fluid communication with the exterior surface of the inner shroud segment; and wherein the feed channel comprises a section that undercuts the outlet channel in the radial direction.