mhurhangee/ep-ind-claims huggingface dataset:
A method to be performed by a glyph generation module executing as a part of an operating system, the method comprising: receiving, from the operating system, a code indicating what character is required by a computer program; receiving, from the operating system, language information corresponding to a keyboard locality setting; referencing a mark-up language document, wherein the mark-up language document is linked to a plurality of font files; and determining, based on the received language information and the received code and the contents of the mark-up language document, which of a plurality of fonts is needed by the computer program to display the character required by the computer program, wherein if the needed font is not available, a default font specified by the mark-up language document is used. receiving, from the operating system, a code indicating what character is required by a computer program; receiving, from the operating system, language information corresponding to a keyboard locality setting; referencing a mark-up language document, wherein the mark-up language document is linked to a plurality of font files; and determining, based on the received language information and the received code and the contents of the mark-up language document, which of a plurality of fonts is needed by the computer program to display the character required by the computer program, wherein if the needed font is not available, a default font specified by the mark-up language document is used.
Household appliance device, in particular a cooking appliance device, with at least a number N of row switching elements (10a-q), with at least a number M of column switching elements (12a-q) and with at least one heating matrix (14a-q), which has at least a number NxM of heating matrix elements (16a-q), wherein for any i from 1 to N and any j from 1 to M with a total number N+M of row switching elements (10a-q) and column switching elements (12a-q) greater than 2, wherein the heating matrix element (16a-q) at position i,j comprises at least one inductor (18a-q) at position i,j and is connected to both the i-th row switching element (10a-q) and the j-th column switching element (12a-q), characterised by at least one switching diode (34a-q, 36a-q), which connects at least one of the row switching elements (10a-q) or at least one of the column switching elements (12a-q) to at least one reference potential (30a-q, 32a-q).
A nasal irrigation device for communicating an irrigant to a device user comprising: (i) a mechanics module comprising a capsule tower assembly having an openable and closeable lid to permit a disposable capsule holding a source of saline to be received within the tower assembly and a recessed seat area that mates with the overall outer configuration of the capsule, including plurality of teeth or blades said capsule consisting of a crushable plastic housing and a piercable foil lid that seals to the housing; and (ii) a reservoir assembly wherein upon closing the lid the capsule is compressed and crushed and the teeth or blades pierce the foil releasing the capsule contents into the reservoir assembly. (i) a mechanics module comprising a capsule tower assembly having an openable and closeable lid to permit a disposable capsule holding a source of saline to be received within the tower assembly and a recessed seat area that mates with the overall outer configuration of the capsule, including plurality of teeth or blades said capsule consisting of a crushable plastic housing and a piercable foil lid that seals to the housing; and (ii) a reservoir assembly wherein upon closing the lid the capsule is compressed and crushed and the teeth or blades pierce the foil releasing the capsule contents into the reservoir assembly.
Portable bridge comprising a deck and end pieces which are arranged on the ends of the deck and which are pivotably connected to the deck, wherein the deck is composed of a plurality of pivotably interconnected deck segments which can be braced against one another by means of a cable, characterized in that there are provided on each of the deck segments a guide means for guiding the cable in the region between two deck segments pivoted relative to one another.
A liquid composition in the form of an oil in water emulsion comprising a fruit's essential oil, glycerophospholipids, and pectin, and having an acidity of 2.0% or less, wherein a content of the fruit's essential oil is in a range of 0.2-3.5% by volume based on the total amount of the composition; wherein the glycerophospholipids comprise phosphatidylcholine and phosphatidylethanolamine, with a total concentration of PC and PE being in a range of 10-100 mg/kg/Brix based on the total amount of the composition, and a PE to PC weight ratio (PE/PC) being in a range of 0.5-1.5; wherein a concentration of the pectin is in a range of 0.5-10 g/kg/Brix based on the total amount of the composition, a concentration of ethanol is 1% or less by weight based on the total weight of the composition, and the fruit's essential oil is derived from one or more citrus fruits having juice with an acidity of at least 1.5%. wherein a content of the fruit's essential oil is in a range of 0.2-3.5% by volume based on the total amount of the composition; wherein the glycerophospholipids comprise phosphatidylcholine and phosphatidylethanolamine, with a total concentration of PC and PE being in a range of 10-100 mg/kg/Brix based on the total amount of the composition, and a PE to PC weight ratio (PE/PC) being in a range of 0.5-1.5; wherein a concentration of the pectin is in a range of 0.5-10 g/kg/Brix based on the total amount of the composition, a concentration of ethanol is 1% or less by weight based on the total weight of the composition, and the fruit's essential oil is derived from one or more citrus fruits having juice with an acidity of at least 1.5%.
An anti-HIV antibody, wherein said antibody is PGT-134 having a variable heavy chain comprising the amino acid sequence of SEQ ID NO: 435 and a variable light chain comprising the amino acid sequence of SEQ ID NO: 440.
A process for replacing capping heads in a system for packaging a product in a corresponding container, the packaging system being of a type comprising at least a capping station and means (7, 8, 9, 10, 11, 12, 17, 18, 200) for feeding at least one container in a feed direction along a packaging path, the capping station comprising at least a capping unit movable relative to the feed means (7, 8, 9, 10, 11, 12, 17, 18, 200) between a far position and a near position for applying a cap to the container, the capping unit comprising a supporting unit, a capping head and a releasable engaging system operating between the supporting unit and the capping head such as to keep the capping head connected to the supporting unit, the process comprising a step of mounting the capping head on the supporting unit and/or a step of removing the capping head from the supporting unit, characterized by the step of mounting the capping head comprising at least a step of moving the supporting unit between the far position and the near position and/or the step of removing the capping head comprising at least a step of moving the capping unit between the far position and the near position, wherein the mounting step comprises a step of positioning the capping head in the capping station at least partly by using the feed means (7, 8, 9, 10, 11, 12, 17, 18, 200) and along the packaging path and/or the removing step comprises a step of moving the capping head away from the capping station, at least partly by using the feed means (7, 8, 9, 10, 11, 12, 17, 18, 200) and along the packaging path.
A rearward lane display system comprising: an image sensor configured to capture one or more images including lane markers (605, 610) forward of a vehicle; one or more display mirrors (205, 210, 235); and a processor in communication with the image sensor and the display mirrors (205, 210, 235), wherein the processor is configured to: process the one or more images to predict where the lane markers (605, 610) will appear rearward of the vehicle; and display (310, 410) representations of the predicted lane markers (705, 710) in the one or more display mirrors (205, 210, 235). an image sensor configured to capture one or more images including lane markers (605, 610) forward of a vehicle; one or more display mirrors (205, 210, 235); and a processor in communication with the image sensor and the display mirrors (205, 210, 235), wherein the processor is configured to: process the one or more images to predict where the lane markers (605, 610) will appear rearward of the vehicle; and display (310, 410) representations of the predicted lane markers (705, 710) in the one or more display mirrors (205, 210, 235). process the one or more images to predict where the lane markers (605, 610) will appear rearward of the vehicle; and display (310, 410) representations of the predicted lane markers (705, 710) in the one or more display mirrors (205, 210, 235).
A bowel perforation detection device comprising: a sample delivery unit comprising: an outer housing section, an inner tubing section, a portion of which is perforated, configured to transport an aspirate sample comprising a gas component, a liquid component, and a microbial component, a sleeve comprising an absorbent wicking material disposed between the perforated portion of the inner tubing section and the outer housing, wherein the liquid component of the aspirate sample passes through the perforated portion to the wicking material, a hydrophobic liquid filter having pore sizes ranging from 100 microns to 500 microns configured to filter a residual liquid component from the aspirate sample, and a gas/microbial filter configured to filter the microbial component from the aspirate sample, separating the gas component of the aspirate sample for analysis; a sensing unit comprising a gas-detecting means, a pump, a processor, and a display, wherein said gas-detecting means comprises an infrared carbon dioxide sensor and an infrared methane gas sensor; and a connector configured to connect the sample delivery unit and the sensing unit. a sample delivery unit comprising: an outer housing section, an inner tubing section, a portion of which is perforated, configured to transport an aspirate sample comprising a gas component, a liquid component, and a microbial component, a sleeve comprising an absorbent wicking material disposed between the perforated portion of the inner tubing section and the outer housing, wherein the liquid component of the aspirate sample passes through the perforated portion to the wicking material, a hydrophobic liquid filter having pore sizes ranging from 100 microns to 500 microns configured to filter a residual liquid component from the aspirate sample, and a gas/microbial filter configured to filter the microbial component from the aspirate sample, separating the gas component of the aspirate sample for analysis; an outer housing section, an inner tubing section, a portion of which is perforated, configured to transport an aspirate sample comprising a gas component, a liquid component, and a microbial component, a sleeve comprising an absorbent wicking material disposed between the perforated portion of the inner tubing section and the outer housing, wherein the liquid component of the aspirate sample passes through the perforated portion to the wicking material, a hydrophobic liquid filter having pore sizes ranging from 100 microns to 500 microns configured to filter a residual liquid component from the aspirate sample, and a gas/microbial filter configured to filter the microbial component from the aspirate sample, separating the gas component of the aspirate sample for analysis; a sensing unit comprising a gas-detecting means, a pump, a processor, and a display, wherein said gas-detecting means comprises an infrared carbon dioxide sensor and an infrared methane gas sensor; and a connector configured to connect the sample delivery unit and the sensing unit.
A tangential filter for the filtration of a fluid such as a liquid, comprising or consisting of a support element made from a porous, preferably non-oxide, inorganic material, said element having a tubular shape delimited by an outer surface and comprising in its inner portion a set of adjacent channels, having axes that are parallel to one another and separated from one another by walls of said porous inorganic material, wherein said channels are covered over their inner surface with a membrane separation layer intended to come into contact with said fluid to be filtered circulating in said channels, characterized in that, along a transverse plane P perpendicular to the central axis of said tubular support: a) said support comprises in its central portion only inner channels C i that do not share a common wall with said outer surface, said inner channels having a substantially equivalent hydraulic diameter, b) said support additionally comprises peripheral channels Cp, including at least two adjacent peripheral channels A and B, each of said two channels A and B sharing a common wall (6, 7) with said outer surface, c) the ratio D h of: - the hydraulic diameter D hA of the first channel A to - the hydraulic diameter D hB of the second channel B, is greater than or equal to 1.1, d) the number of peripheral channels B is greater than or equal to the number of peripheral channels A, e) the channel B has a hydraulic diameter Dh B substantially identical to the hydraulic diameter of the inner channels (C i). a) said support comprises in its central portion only inner channels C i that do not share a common wall with said outer surface, said inner channels having a substantially equivalent hydraulic diameter, b) said support additionally comprises peripheral channels Cp, including at least two adjacent peripheral channels A and B, each of said two channels A and B sharing a common wall (6, 7) with said outer surface, c) the ratio D h of: - the hydraulic diameter D hA of the first channel A to - the hydraulic diameter D hB of the second channel B, is greater than or equal to 1.1, - the hydraulic diameter D hA of the first channel A to - the hydraulic diameter D hB of the second channel B, is greater than or equal to 1.1, d) the number of peripheral channels B is greater than or equal to the number of peripheral channels A, e) the channel B has a hydraulic diameter Dh B substantially identical to the hydraulic diameter of the inner channels (C i).
A liquid etching composition for drop on demand inkjet printing, the composition comprising: at least one etching agent precursor comprising at least one of potassium carbonate, lithium carbonate, sodium carbonate, sodium sulfate, lithium nitrate, sodium nitrate, potassium nitrate or calcium nitrate, said precursor having an activation temperature of at least 400°C, at which temperature said precursor yields an active agent suitable for chemical etching of glass, said precursor present at a concentration of at least 2.5% w/w; a binder comprising an inorganic component including silica nanoparticles; and a liquid vehicle, wherein the liquid etching composition is formulated for drop on demand inkjet printing and has a viscosity of 1-30cP at jetting temperature. at least one etching agent precursor comprising at least one of potassium carbonate, lithium carbonate, sodium carbonate, sodium sulfate, lithium nitrate, sodium nitrate, potassium nitrate or calcium nitrate, said precursor having an activation temperature of at least 400°C, at which temperature said precursor yields an active agent suitable for chemical etching of glass, said precursor present at a concentration of at least 2.5% w/w; a binder comprising an inorganic component including silica nanoparticles; and a liquid vehicle,
A method for rendering image data on a stereoscopic 3 D display, said method comprising: - receiving a first image signal, depth information augmenting the first image signal; characterized in that the method further comprises - producing a second image signal comprising pixels for at least two views, the producing comprising rendering at least one color component of the first image signal in reduced spatial resolution relative to another color component of the first image signal, using the depth information; and - reconstructing a full resolution signal for the 3D display, the reconstructing comprising spatial filtering said second image signal, said spatial filtering using a spatially closest available pixel value within a maximum view error, wherein the at least two views have a view number and the view error is the difference in view number, wherein - the at least one lower resolution color component has been selected based on sensitivity of the human visual system for sharpness. - receiving a first image signal, depth information augmenting the first image signal; characterized in that the method further comprises - producing a second image signal comprising pixels for at least two views, the producing comprising rendering at least one color component of the first image signal in reduced spatial resolution relative to another color component of the first image signal, using the depth information; and - reconstructing a full resolution signal for the 3D display, the reconstructing comprising spatial filtering said second image signal, said spatial filtering using a spatially closest available pixel value within a maximum view error, wherein the at least two views have a view number and the view error is the difference in view number, wherein - the at least one lower resolution color component has been selected based on sensitivity of the human visual system for sharpness.
Filter arrangement - having an interior air filter for a motor vehicle with a pleated pack, wherein a material strip with a first leg and with a second leg is disposed on at least one first side (3, 7) of the pleated pack, wherein between the first and second leg (13, 15) a folding is provided at an upper edge or at a lower edge of the pleated pack, - wherein the first leg is attached to the first side (3, 7) of the pleated pack and - the second leg features a width which is larger than a height of the pleated pack, - wherein the width of the second leg relative to the height of the pleated pack is 1.05 to 2.0 and - wherein the material strip comprises exactly a first leg and a second leg and - the angle spanned by the first leg and the second leg is variable - and having a filter seat featuring an installation and extraction opening for the interior air filter, wherein the filter seat features a beveled wall (37, 41) extending at an angle (β1) substantially corresponding to an angle (β2) formed by the second leg of the interior air filter with a contact surface of the interior air filter, wherein the second leg of the interior air filter contacts the beveled wall when the interior air filter is installed. - having an interior air filter for a motor vehicle with a pleated pack, wherein a material strip with a first leg and with a second leg is disposed on at least one first side (3, 7) of the pleated pack, wherein between the first and second leg (13, 15) a folding is provided at an upper edge or at a lower edge of the pleated pack, - wherein the first leg is attached to the first side (3, 7) of the pleated pack and - the second leg features a width which is larger than a height of the pleated pack, - wherein the width of the second leg relative to the height of the pleated pack is 1.05 to 2.0 and - wherein the material strip comprises exactly a first leg and a second leg and - the angle spanned by the first leg and the second leg is variable - wherein the first leg is attached to the first side (3, 7) of the pleated pack and - the second leg features a width which is larger than a height of the pleated pack, - wherein the width of the second leg relative to the height of the pleated pack is 1.05 to 2.0 and - wherein the material strip comprises exactly a first leg and a second leg and - the angle spanned by the first leg and the second leg is variable - and having a filter seat featuring an installation and extraction opening for the interior air filter, wherein the filter seat features a beveled wall (37, 41) extending at an angle (β1) substantially corresponding to an angle (β2) formed by the second leg of the interior air filter with a contact surface of the interior air filter, wherein the second leg of the interior air filter contacts the beveled wall when the interior air filter is installed.
Process for preparing polyol esters by reacting polyols with linear or branched aliphatic monocarboxylic acids having 3 to 20 carbon atoms, characterized in that a mixture of the starting compounds is allowed to react in the presence of a Lewis acid containing at least one element of groups 4 to 14 of the periodic table of the elements as a catalyst and in the presence of an adsorbent with removal of the water formed, and the crude ester thus obtained being aftertreated by adding a further adsorbent which is an acidic activated carbon having a pH of 1 to 6.5.
An injection device comprising: an energy source; an electronic component configured to be electrically decoupled from the energy source and comprising two contact plates (128a, 128b); a priming component configured to generate a trigger; and a mechanism (108, 109) attached to the priming component and configured to perform operations comprising in response to receiving the trigger, electrically coupling the energy source to the electronic component, characterized in that the energy source comprises two pins (126a, 126b) configured to couple with the two contact plates (128a, 128b). an energy source; an electronic component configured to be electrically decoupled from the energy source and comprising two contact plates (128a, 128b); a priming component configured to generate a trigger; and a mechanism (108, 109) attached to the priming component and configured to perform operations comprising in response to receiving the trigger, electrically coupling the energy source to the electronic component, characterized in that the energy source comprises two pins (126a, 126b) configured to couple with the two contact plates (128a, 128b).
A flexible embossing plate for a sheet-fed printing press for printing on and embossing printing sheets for manufacturing security elements having an optically variable structure, the flexible embossing plate being developed having a plate carrier and, opposite the surface of the plate carrier, a raised plateau having a height between 200 μm and 1000 μm, that is provided with a finely structured relief structure that has structure depths between 20 μm and 250 μm and structure widths between 20 μm and 1500 μm, and that includes line-shaped or non-line-shaped relief elements that are arranged repeatedly in a one- or two-dimensional grid.
Component for a power transmission system comprising: a substrate and a coating on said substrate, wherein said coating is of a diamond-like carbon composition substantially metal-free, wherein said coating is deposited on at least a portion of said component by a process of DC magnetron sputtering using a graphitic carbon target with at least one of an ionized inert gas and a hydrocarbon gas, characterized by an intermediate layer that promotes adhesion of said coating to said substrate, wherein said intermediate layer is a silicon-carbon solid solution or a titanium-carbon solid solution. a substrate and a coating on said substrate, wherein said coating is of a diamond-like carbon composition substantially metal-free, wherein said coating is deposited on at least a portion of said component by a process of DC magnetron sputtering using a graphitic carbon target with at least one of an ionized inert gas and a hydrocarbon gas, characterized by an intermediate layer that promotes adhesion of said coating to said substrate, wherein said intermediate layer is a silicon-carbon solid solution or a titanium-carbon solid solution.