mhurhangee/ep-ind-claims huggingface dataset:
A slim protector for use in a slim microspeaker module having an overall height and consisting of a microspeaker comprising a frame and a module case (1100, 1200) surrounding the exterior of the microspeaker, the protector comprising: a ring-shaped injection product portion (620, 620', 620") whose outer periphery is shaped to engage the frame; and a steel portion (610, 610', 610") which is insert injection-molded and connected to the injection product portion (620, 620', 620") and which has a top side (612, 612', 612"), an outer peripheral portion (614, 614', 614") being lower in height than the top side (612, 612', 612"), and a sloped side (616, 616', 616") provided between the outer peripheral portion (614, 614', 614") and the top side (612, 612', 612"), wherein the ring-shaped injection product portion (620, 620', 620") is hollow in the center so as to expose the top side (612, 612', 612") of the steel portion (610, 610', 610"), characterized in that a ledge for engaging the module case (1100, 1200) is formed by the outer peripheral portion (614, 614', 614") of the steel portion (610, 610', 610") exposed by removing part of the injection product portion (620, 620', 620"). a ring-shaped injection product portion (620, 620', 620") whose outer periphery is shaped to engage the frame; and a steel portion (610, 610', 610") which is insert injection-molded and connected to the injection product portion (620, 620', 620") and which has a top side (612, 612', 612"), an outer peripheral portion (614, 614', 614") being lower in height than the top side (612, 612', 612"), and a sloped side (616, 616', 616") provided between the outer peripheral portion (614, 614', 614") and the top side (612, 612', 612"), wherein the ring-shaped injection product portion (620, 620', 620") is hollow in the center so as to expose the top side (612, 612', 612") of the steel portion (610, 610', 610"), characterized in that a ledge for engaging the module case (1100, 1200) is formed by the outer peripheral portion (614, 614', 614") of the steel portion (610, 610', 610") exposed by removing part of the injection product portion (620, 620', 620").
A BPM electric motor for washing machines, comprising: - a stator, consisting of a stack of magnetic laminations defining radial slots, equally spaced circumferentially through tooth lips, in which the windings which generate a magnetic field are housed, and - an interior permanent magnet rotor of the "spoke" type, consisting of a stack of magnetic laminations defining radial slots open radially outside, equally spaced circumferentially, in which the permanent magnets are inserted, - said rotor being disposed inside said stator, said stator and said rotor being separated by an air-gap (g), characterized in that the dimensional characteristics of the rotor slots, of the tooth lips of the stator and the air gap (g) are calculated on the basis of a dimensionless parameter K cm resulting from a modified Carter's coefficient K cm according to the following formula: K cm = K cms * K cmr wherein: K cms is a modified Carter's coefficient for the stator, and K cmr is a modified Carter's coefficient for the rotor, and wherein, to calculate said coefficients, the following formulas are applied: wherein: D er is the outer diameter of the rotor, D is is the inner diameter of the stator, Q is the number of stator slots, W bt is the width of the tooth lip, w os is the opening of the stator slot, and: wherein: p is the number of poles, D sr is the diameter of the shaping of the rotor pole, α is the half-angle of the shaping of the rotor pole, β is the half-angle of the rotor pole, w or is the opening of the rotor slot. - a stator, consisting of a stack of magnetic laminations defining radial slots, equally spaced circumferentially through tooth lips, in which the windings which generate a magnetic field are housed, and - an interior permanent magnet rotor of the "spoke" type, consisting of a stack of magnetic laminations defining radial slots open radially outside, equally spaced circumferentially, in which the permanent magnets are inserted, - said rotor being disposed inside said stator, said stator and said rotor being separated by an air-gap (g), K cms is a modified Carter's coefficient for the stator, and K cmr is a modified Carter's coefficient for the rotor, D er is the outer diameter of the rotor, D is is the inner diameter of the stator, Q is the number of stator slots, W bt is the width of the tooth lip, w os is the opening of the stator slot, p is the number of poles, D sr is the diameter of the shaping of the rotor pole, α is the half-angle of the shaping of the rotor pole, β is the half-angle of the rotor pole, w or is the opening of the rotor slot.
Layer structure having at least one metal element in the form of a continuous profile and a polyamide layer produced in an extrusion process arranged around the whole circumference of the metal element, wherein the polyamide layer is located immediately adjacent and without any adhesion promoting layer on the metal element, characterized in that the polyamide layer consists of a polyamide moulding composition which is a mixture consisting of the following components: (a) 60-90 wt.-% of a polyamide based on cycloaliphatic diamines, cycloaliphatic dicarboxylic acids, or both cycloaliphatic diamines and cycloaliphatic dicarboxylic acids, or a mixture of such polyamides, having a glass transition temperature (T g) of at least 130°C; (b) 10-40 wt.-% of a polyolefine based on C2-C12 alkenes, in branched or unbranched form, or a mixture thereof, and additionally at least one monomer selected from the following group: maleic anhydride, itaconic anhydride, glycidyl acrylate, glycidyl methacrylate, acrylic acid, methacrylic acid, vinyl acetate, C1-C12 alkyl acrylates, C1-C12 alkyl methacrylates, substituted or unsubstituted styrene or a mixture of such monomers; (c) 0-20 wt.-% of an aliphatic polyamide different from (a), or a mixture of such polyamides; (d) 0-25 wt.-% of additives; with the proviso that the fraction of components (c) and (d) may also be zero, and with the proviso that the sum of the components (a)-(d) makes 100 wt%. (a) 60-90 wt.-% of a polyamide based on cycloaliphatic diamines, cycloaliphatic dicarboxylic acids, or both cycloaliphatic diamines and cycloaliphatic dicarboxylic acids, or a mixture of such polyamides, having a glass transition temperature (T g) of at least 130°C; (b) 10-40 wt.-% of a polyolefine based on C2-C12 alkenes, in branched or unbranched form, or a mixture thereof, and additionally at least one monomer selected from the following group: maleic anhydride, itaconic anhydride, glycidyl acrylate, glycidyl methacrylate, acrylic acid, methacrylic acid, vinyl acetate, C1-C12 alkyl acrylates, C1-C12 alkyl methacrylates, substituted or unsubstituted styrene or a mixture of such monomers; (c) 0-20 wt.-% of an aliphatic polyamide different from (a), or a mixture of such polyamides; (d) 0-25 wt.-% of additives;
A viscosity measurement device including a measurement tool which, to be placed in a supply path (L S) of a printing liquid in which a pump for pumping the printing liquid is interposed, is pushed up by the printing liquid when supply of the printing liquid is performed, and falls in the printing liquid when the supply of the printing liquid is stopped, and measuring viscosity of the printing liquid, based on a fall time of the measurement tool, the viscosity measurement device comprising: a passage part having a first passage portion in which a flow path cross-sectional area for the printing liquid is set to a first area (A 1), and a second passage portion in which a flow path cross-sectional area for the printing liquid is set to a second area (A 2) and which is disposed upstream of the first passage portion in a supply direction of the printing liquid, the passage part to be interposed in the supply path (L S) and to be disposed on an upper side toward a downstream side in the supply direction of the printing liquid; and two sensors (S PU, S PL) which are mounted to the second passage portion and measure the fall time of the measurement tool in a predetermined vertical area in the second passage portion, characterised in that the second area is smaller than the first area. a passage part having a first passage portion in which a flow path cross-sectional area for the printing liquid is set to a first area (A 1), and a second passage portion in which a flow path cross-sectional area for the printing liquid is set to a second area (A 2) and which is disposed upstream of the first passage portion in a supply direction of the printing liquid, the passage part to be interposed in the supply path (L S) and to be disposed on an upper side toward a downstream side in the supply direction of the printing liquid; and two sensors (S PU, S PL) which are mounted to the second passage portion and measure the fall time of the measurement tool in a predetermined vertical area in the second passage portion, characterised in that the second area is smaller than the first area.
An oven comprising a cooking cavity, a stirring member (11, 111, 211, 311) extending, in use, into foodstuff contained in a vessel disposed in the cooking cavity as well as drive means to provide, in use, relative movement between the stirring member (11, 111, 211, 311) and the vessel, characterized in that the drive means comprises means to rotate, in use, the vessel with respect to the stirring member (11, 111, 211, 311) about a rotating axis, whilst the oven comprises a swivel means comprising a motor to swivel, in use, the stirring member (11, 111, 211, 311) by means of the motor about a swivel axis extending at an angle of between 60-120 degrees, preferably substantially perpendicular to the rotating axis.
An aqueous formulation comprising A) a silane-modified copolymer; B) optionally surface-modified inorganic particles having an average particle size (z-mean), as determined by means of dynamic light scattering in dispersion, of less than 200 nm; and C) water; wherein said component A) is a copolymer which is built up from I) a hydroxy-functional hydrophobic polymer containing as builder monomers Ia) (meth)acrylic acid esters having C 1 - to C 18 -hydrocarbon radicals in the alcohol part and/or vinylaromatics and/or vinyl esters; Ib) hydroxy-functional monomers; and IS1) silane-functional monomers capable of polymerization; and II) a hydroxy-functional hydrophilic polymer containing as builder components IIa) (meth)acrylic acid esters having C 1 - to C 18 -hydrocarbon radicals in the alcohol part and/or vinylaromatics and/or vinyl esters; IIb) hydroxy-functional monomers; and IIc) acid-functional monomers. A) a silane-modified copolymer; B) optionally surface-modified inorganic particles having an average particle size (z-mean), as determined by means of dynamic light scattering in dispersion, of less than 200 nm; and C) water; I) a hydroxy-functional hydrophobic polymer containing as builder monomers Ia) (meth)acrylic acid esters having C 1 - to C 18 -hydrocarbon radicals in the alcohol part and/or vinylaromatics and/or vinyl esters; Ib) hydroxy-functional monomers; and IS1) silane-functional monomers capable of polymerization; and Ia) (meth)acrylic acid esters having C 1 - to C 18 -hydrocarbon radicals in the alcohol part and/or vinylaromatics and/or vinyl esters; Ib) hydroxy-functional monomers; and IS1) silane-functional monomers capable of polymerization; and II) a hydroxy-functional hydrophilic polymer containing as builder components IIa) (meth)acrylic acid esters having C 1 - to C 18 -hydrocarbon radicals in the alcohol part and/or vinylaromatics and/or vinyl esters; IIb) hydroxy-functional monomers; and IIc) acid-functional monomers. IIa) (meth)acrylic acid esters having C 1 - to C 18 -hydrocarbon radicals in the alcohol part and/or vinylaromatics and/or vinyl esters; IIb) hydroxy-functional monomers; and IIc) acid-functional monomers.
A heat exchanger comprising: a shell; a pair of tube plates provided at both ends of the shell; a plurality of heat transfer tubes supported by the tube plates and housed in the shell; a high-temperature fluid inlet connection for introducing a high-temperature fluid into the shell; and a cooling jacket, over which a cooling fluid is to be supplied; is provided on the interior surface of the high-temperature fluid inlet connection, characterised in that the cooling jacket has a porous structure. a shell; a pair of tube plates provided at both ends of the shell; a plurality of heat transfer tubes supported by the tube plates and housed in the shell; a high-temperature fluid inlet connection for introducing a high-temperature fluid into the shell; and a cooling jacket, over which a cooling fluid is to be supplied; is provided on the interior surface of the high-temperature fluid inlet connection, characterised in that the cooling jacket has a porous structure.
Use of a drying furnace for drying and conveying, inside a furnace body, a coated film having an absorption spectrum for electromagnetic waves of 3.5 μm or less and having hydrogen bonds, the coated film drying furnace comprising: an infrared heater provided inside the furnace body, wherein: the infrared heater has an outer circumference of a filament concentrically covered by three tubes (13, 14) that function as a low pass filter; the infrared heater has a structure in which fluid flow passages are formed between the respective tubes (13, 14); the fluid is caused to flow in directions opposite to each other in the fluid flow passages; the temperature of the filament is at 700°C to 1200°C; and the surface temperature of the infrared heater is at 200°C or lower. the infrared heater has an outer circumference of a filament concentrically covered by three tubes (13, 14) that function as a low pass filter; the infrared heater has a structure in which fluid flow passages are formed between the respective tubes (13, 14); the fluid is caused to flow in directions opposite to each other in the fluid flow passages; the temperature of the filament is at 700°C to 1200°C; and the surface temperature of the infrared heater is at 200°C or lower.
One or more computer-readable media comprising computer-executable instructions for storing and retrieving keys from a hardware encrypting storage device, the computer-executable instructions directed to steps comprising: creating at least a first partition (210, 310) and a second partition on the hardware encrypting storage device; instructing the hardware encrypting storage device to implement at least a first encryption band corresponding to the second partition, the first encryption band covering all storage units associated with the second partition, the first encryption band being associated with a first key; and storing an encrypted key (270, 271) associated with the first key within a first set of one or more storage units associated with the first partition (210, 310), the first partition (210, 310) corresponding to at least a global band, the global band being associated with no key, characterised by detecting changes in a partition table comprising information regarding the at least the first partition and the second partition; and instructing the hardware encrypting storage device to correspondingly change information in a band table comprising information regarding the at least first encryption band. creating at least a first partition (210, 310) and a second partition on the hardware encrypting storage device; instructing the hardware encrypting storage device to implement at least a first encryption band corresponding to the second partition, the first encryption band covering all storage units associated with the second partition, the first encryption band being associated with a first key; and storing an encrypted key (270, 271) associated with the first key within a first set of one or more storage units associated with the first partition (210, 310), the first partition (210, 310) corresponding to at least a global band, the global band being associated with no key, characterised by detecting changes in a partition table comprising information regarding the at least the first partition and the second partition; and instructing the hardware encrypting storage device to correspondingly change information in a band table comprising information regarding the at least first encryption band.
A multilayered sheet characterised in that it contains at least one layer of each of: - a surface layer A comprising a composite material, wherein said composite material comprises a first amorphous polymer having a glass transition temperature Tg1 and from 0.05 wt% to 4.0 wt% of a conductive material as based on the total weight of the composite material; - a substrate layer B comprising a polymer composition, wherein said polymer composition comprises at least 10 wt% as based on the total weight of the polymer composition of a second amorphous polymer having a glass transition temperature Tg2, the glass transition temperature Tg2 of the second amorphous polymer being higher than the glass transition temperature Tg1 of the first amorphous polymer; the glass transition temperature being determined according to ISO 11357-2:2013; and wherein the second amorphous polymer has a heat deflection temperature of at least 85 °C as determined in accordance with ISO 75-2/A conditions 80 °C, 4H, 1.8 MPA, annealed; and further wherein at least one of the outer layers is the surface layer A. - a surface layer A comprising a composite material, wherein said composite material comprises a first amorphous polymer having a glass transition temperature Tg1 and from 0.05 wt% to 4.0 wt% of a conductive material as based on the total weight of the composite material; - a substrate layer B comprising a polymer composition, wherein said polymer composition comprises at least 10 wt% as based on the total weight of the polymer composition of a second amorphous polymer having a glass transition temperature Tg2, the glass transition temperature Tg2 of the second amorphous polymer being higher than the glass transition temperature Tg1 of the first amorphous polymer; the glass transition temperature being determined according to ISO 11357-2:2013; and wherein the second amorphous polymer has a heat deflection temperature of at least 85 °C as determined in accordance with ISO 75-2/A conditions 80 °C, 4H, 1.8 MPA, annealed;
A method for producing a metal-clad laminate, wherein the method comprises: a process in which (i) a FRP precursor is interposed between releasing films and is then hot-pressed, or (ii) a FRP precursor is laminated on its both surfaces with thermosetting resin films to reduce a surface waviness on both surfaces of the FRP precursor to 12 μm or less, the surface waviness being measured in accordance with ISO 4287 as further illustrated in the description; a process to laminate two or more of the FRP precursor obtained in the process; and a process to arrange a metal foil on the laminated plate obtained in the process, wherein the thickness of the metal foil is 40 μm or less. a process in which (i) a FRP precursor is interposed between releasing films and is then hot-pressed, or (ii) a FRP precursor is laminated on its both surfaces with thermosetting resin films to reduce a surface waviness on both surfaces of the FRP precursor to 12 μm or less, the surface waviness being measured in accordance with ISO 4287 as further illustrated in the description; (i) a FRP precursor is interposed between releasing films and is then hot-pressed, or (ii) a FRP precursor is laminated on its both surfaces with thermosetting resin films to reduce a surface waviness on both surfaces of the FRP precursor to 12 μm or less, the surface waviness being measured in accordance with ISO 4287 as further illustrated in the description; a process to laminate two or more of the FRP precursor obtained in the process; and a process to arrange a metal foil on the laminated plate obtained in the process,
Method for controlling a powertrain system including a transmission operative to transfer power between an engine coupled to an input member and a plurality of torque machines (56, 72) and an output member, the method comprising: monitoring system operation and determining an output torque request; determining a closed loop speed error; characterized by determining motor torque offsets to the torque machines (56, 72) based upon the closed loop speed error; determining output torque constraints based upon the motor torque offsets and the system operation; determining an output torque command based upon the output torque request and the output torque constraints; determining preferred motor torque commands for the torque machines (56, 72) based upon the output torque command; reducing the preferred motor torque commands for the torque machines (56, 72) using the motor torque offsets to the torque machines (56, 72); and adjusting the reduced preferred motor torque commands for the torque machines (56, 72) based upon the closed loop speed error. monitoring system operation and determining an output torque request; determining a closed loop speed error; characterized by determining motor torque offsets to the torque machines (56, 72) based upon the closed loop speed error; determining output torque constraints based upon the motor torque offsets and the system operation; determining an output torque command based upon the output torque request and the output torque constraints; determining preferred motor torque commands for the torque machines (56, 72) based upon the output torque command; reducing the preferred motor torque commands for the torque machines (56, 72) using the motor torque offsets to the torque machines (56, 72); and adjusting the reduced preferred motor torque commands for the torque machines (56, 72) based upon the closed loop speed error.
A laser comprising a network of micro-ridges of quantum cascade lasers of preset emission wavelength (λ), the micro-ridges, which are of preset widths (L 1,...L K), forming active zones of refractive index n za that are spaced apart from each other by an inter-ridge material of refractive index n e, with n za <n e, characterized in that the inter-ridge material is a group-IV material. and each spacing between active zones is determined on the basis of the wavelength λ, of the width of all micro-ridges and of the refractive indices n za and n e in order to obtain a symmetric anti-guided super emission mode, said active zones being heterostructures of III-IV materials.
Pharmaceutical composition comprising a therapeutically effective amount of terlipressin or a pharmaceutically acceptable salt thereof, for use in treating ascites in a subject, wherein the pharmaceutical composition is configured as a tablet or capsule comprising about 10 mg to about 30 mg of terlipressin or pharmaceutically acceptable salt thereof and is administered orally thereby treating the subject.
A method for compressing a high dynamic range image data to a low dynamic range image data comprising: generating a tone mapping to compress a dynamic range of a high dynamic range, HDR, image; and providing a tone mapped image having the compressed dynamic range of the HDR image to be displayed on a display device, characterized in that generating the tone mapping includes determining a pixel-by-pixel weighting of a global tone mapping value and a local tone mapping value based on a luminance variation within a neighborhood of each pixel of the HDR image. generating a tone mapping to compress a dynamic range of a high dynamic range, HDR, image; and providing a tone mapped image having the compressed dynamic range of the HDR image to be displayed on a display device, characterized in that generating the tone mapping includes determining a pixel-by-pixel weighting of a global tone mapping value and a local tone mapping value based on a luminance variation within a neighborhood of each pixel of the HDR image.