mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a first antenna unit (11, 11') comprising a first liquid-crystal layer and a first phase shifting structure with a first pattern; a second antenna unit (12,12') comprising a second liquid-crystal layer and a second phase shifting structure with a second pattern; a feeding unit coupled to the first antenna unit (11, 11') and the second antenna unit (12, 12') and comprising a first feeding structure (401A, 401C, 401D, 401E, 401F1) and a second feeding structure (402A, 402C, 402D, 402E, 402F1), wherein the first pattern is different from the second pattern; and a first substrate, and a second substrate; wherein the first phase shifting structure, the second phase shifting structure, the first feeding structure (401A, 401C, 401D, 401E, 401F1) and the second feeding structure (402A, 402C, 402D, 402E, 402F1) are disposed on the first substrate; the first liquid-crystal layer and the second liquid-crystal layer are disposed between the first substrate and the second substrate; and the first liquid-crystal layer and the second liquid-crystal layer are different in thickness and/or viscosity. a first antenna unit (11, 11') comprising a first liquid-crystal layer and a first phase shifting structure with a first pattern; a second antenna unit (12,12') comprising a second liquid-crystal layer and a second phase shifting structure with a second pattern; a feeding unit coupled to the first antenna unit (11, 11') and the second antenna unit (12, 12') and comprising a first feeding structure (401A, 401C, 401D, 401E, 401F1) and a second feeding structure (402A, 402C, 402D, 402E, 402F1), wherein the first pattern is different from the second pattern; and a first substrate, and a second substrate; wherein the first phase shifting structure, the second phase shifting structure, the first feeding structure (401A, 401C, 401D, 401E, 401F1) and the second feeding structure (402A, 402C, 402D, 402E, 402F1) are disposed on the first substrate; the first liquid-crystal layer and the second liquid-crystal layer are disposed between the first substrate and the second substrate; and the first liquid-crystal layer and the second liquid-crystal layer are different in thickness and/or viscosity.
A valve module for a percutaneous modular valve device, comprising: a valve frame (20, 120); and a plurality of valve leaflets, said plurality of valve leaflets attached to said valve frame (20, 120); wherein said valve frame (20, 120) comprises a first ring member (21, 121), a second ring member (22, 122) and a plurality of masts (25, 28) connected to and disposed between said first and second ring members (21, 22; 121, 122), wherein one of said plurality of masts (25, 28) is a longitudinally split mast having a first mast half and a second mast half; wherein said valve frame (20, 120) has a folded unassembled delivery configuration and is designed to be assembled into a working configuration after deployment from a delivery device; and characterised in that said first and second ring members (21, 22; 121, 122) and masts (25, 28) extend in the same general direction in said folded unassembled delivery configuration. second ring member (22, 122) and a plurality of masts (25, 28) connected to and disposed between said first and second ring members (21, 22; 121, 122), wherein one of said plurality of masts (25, 28) is a longitudinally split mast having a first mast half and a second mast half; wherein said valve frame (20, 120) has a folded unassembled delivery configuration and is designed to be assembled into a working configuration after deployment from a delivery device; and characterised in that said first and second ring members (21, 22; 121, 122) and masts (25, 28) extend in the same general direction in said folded unassembled delivery configuration.
A measuring method by using a measuring device, which comprises a distance measuring unit for performing distance measurement on a measuring point by projecting a distance measuring light and by receiving a reflected distance measuring light from the measuring point, an image pickup unit, having a reference optical axis, for acquiring a digital image of a measurement range, a distance measuring optical axis deflecting unit for deflecting a distance measuring optical axis of said distance measuring light, wherein said distance measuring optical axis is deflected with respect to said reference optical axis, and an image processing unit for extracting extracted points consistent with the measuring points by image processing of said digital image, said measuring method comprising a step of acquiring a digital image of said measurement range, a step of extracting the extracted point through image processing of the acquired digital image, a step of measuring an angle of each of the extracted points from the image, and a step of directing said distance measuring optical axis to each of the measuring points one after another based on the result of angle measurement, and of measuring a distance to each of the measuring points, wherein measurement is performed on each of the measuring points within said measurement range in a condition that said reference optical axis is fixed.
A gas turbine engine component (40;82) having an internal cooling channel (54;92), the gas turbine engine component comprising: a plurality of walls having a pair of major surfaces (56A,56B) opposed to define an interior chamber, the cooling channel extending through at least a portion of the interior chamber between the major surfaces of the plurality of walls; a plurality of ribs (58A-F;94A-D) extending through the cooling channel to form a plurality of wavy passages (65A-E;98A-B) having bowed-out sections (68A-B;102A-B); and a plurality of pedestals (64A-F;96A-F) positioned between adjacent ribs, each pedestal being positioned in a bowed-out section. a plurality of walls having a pair of major surfaces (56A,56B) opposed to define an interior chamber, the cooling channel extending through at least a portion of the interior chamber between the major surfaces of the plurality of walls; a plurality of ribs (58A-F;94A-D) extending through the cooling channel to form a plurality of wavy passages (65A-E;98A-B) having bowed-out sections (68A-B;102A-B); and a plurality of pedestals (64A-F;96A-F) positioned between adjacent ribs, each pedestal being positioned in a bowed-out section.
Structural bearing for protecting structures against shocks, having a first damping device and a second damping device, wherein the first damping device is designed for vibration isolation of shocks of a first type and the second damping device is designed for vibration isolation of shocks of a second type, wherein the shocks of the first type differ significantly from the shocks of the second type, wherein the first damping device is an earthquake isolator and the second damping device is a structure-borne sound isolator, characterized in that the second damping device is arranged in a component of the first damping device. a first damping device and a second damping device, wherein the first damping device is designed for vibration isolation of shocks of a first type and the second damping device is designed for vibration isolation of shocks of a second type, wherein the shocks of the first type differ significantly from the shocks of the second type, wherein the first damping device is an earthquake isolator and the second damping device is a structure-borne sound isolator, characterized in that the second damping device is arranged in a component of the first damping device.
A method for producing a decorative paper by means of a digital printing facility, the method featuring the following steps: a. providing at least one base paper, b. printing a primer onto a surface of the base paper so that a printed base paper is obtained, c. printing at least one printing ink onto the surface of the printed base paper by means of a digital printing facility, characterized in that neither the primer nor the printing ink is printed onto the surface of the base paper at at least one point. a. providing at least one base paper, b. printing a primer onto a surface of the base paper so that a printed base paper is obtained, c. printing at least one printing ink onto the surface of the printed base paper by means of a digital printing facility,
A micro titre plate for the determination of adsorption isotherms of protein separation systems based on a batch adsorption protocol experiment with constant volume V samp and concentration Co of added sample, comprising a number of wells filled with separation matrix, characterised in that the volume of the separation matrix V solid,i differs between at least some of the wells according to a pattern estimated from a maximum equilibrium capacity Q max, the dissociation constant K of the respective protein separation system and the number of different volumes i.
A surgical drape comprising: at least one deployment member connected with draping movable between a non-deployed orientation and a deployed orientation to define a sterile region about a body disposed with a surgical table, the draping including a first draping including a first surface that defines a first opening and a second draping including a second surface that defines a second opening; and characterized in that the surgical drape further comprises a sleeve including a seal connectable with a selected surface of the body, the sleeve being connectable between the first draping and the second draping to define a sterile passageway including the selected surface, wherein the sleeve is expandable and contractible, wherein the first surface of the first draping is configured for connection with a first end of the sleeve and the second surface of the second draping is configured for connection with a second end of the sleeve opposite the first end such that the second opening is disposed in alignment with the first opening and the surgical pathway, wherein the surgical drape is configured so that, upon deployment of the draping, the first draping is drawn away from the second draping to be spaced apart therefrom to dispose the sleeve in an expanded orientation. at least one deployment member connected with draping movable between a non-deployed orientation and a deployed orientation to define a sterile region about a body disposed with a surgical table, the draping including a first draping including a first surface that defines a first opening and a second draping including a second surface that defines a second opening; and characterized in that the surgical drape further comprises a sleeve including a seal connectable with a selected surface of the body, the sleeve being connectable between the first draping and the second draping to define a sterile passageway including the selected surface, wherein the sleeve is expandable and contractible, wherein the first surface of the first draping is configured for connection with a first end of the sleeve and the second surface of the second draping is configured for connection with a second end of the sleeve opposite the first end such that the second opening is disposed in alignment with the first opening and the surgical pathway, wherein the surgical drape is configured so that, upon deployment of the draping, the first draping is drawn away from the second draping to be spaced apart therefrom to dispose the sleeve in an expanded orientation.
A device comprising: a substrate (165; 171; 191; 201; 211; 231; 265; 271; 291; 301; 325; 351; 361; 377; 807) and a plurality of at least 1000 reflective flakes (163; 173; 193; 196; 205; 209; 214; 220; 236; 263; 273; 280a; 280b; 292; 302; 323; 333; 352; 362; 804) in a layer of ink or paint upon the substrate and forming an image, wherein the reflective flakes are magnetically alignable flakes, wherein the reflective flakes define a plurality of rings or curves (R1, R2, Rn), wherein, in each ring or curve, the flakes are tilted at an angle with respect to the substrate, the angle being same for all the flakes in the ring or curve, and planes extending from surfaces (208; 303; 334) of the flakes intersect with one another, and wherein the angle decreases or increases from the outermost ring or curve to the innermost ring or curve, so that the image appears to be a three-dimensional object having a bright or dark kinematic spot which moves within the image when the device is tilted.
A battery pack comprising: a plurality of lithium-ion battery cells; a disconnect mechanism operable in an operational position between a battery bus and the plurality of lithium-ion battery cells and a bypass position between the battery bus and a bus-power pass through, wherein the disconnect mechanism is a single-pole double-throw switch; a battery management system configured to: monitor battery pack performance; and responsive to detecting a triggering event in the battery pack performance, cause the disconnect mechanism to be in the bypass position; and a disconnect mechanism control operably connected to the disconnect mechanism, the disconnect mechanism control configured to: cause the disconnect mechanism to be in the operational position when energized; and cause the disconnect mechanism to be in the bypass position when deenergized. a plurality of lithium-ion battery cells; a disconnect mechanism operable in an operational position between a battery bus and the plurality of lithium-ion battery cells and a bypass position between the battery bus and a bus-power pass through, wherein the disconnect mechanism is a single-pole double-throw switch; a battery management system configured to: monitor battery pack performance; and responsive to detecting a triggering event in the battery pack performance, cause the disconnect mechanism to be in the bypass position; and monitor battery pack performance; and responsive to detecting a triggering event in the battery pack performance, cause the disconnect mechanism to be in the bypass position; and a disconnect mechanism control operably connected to the disconnect mechanism, the disconnect mechanism control configured to: cause the disconnect mechanism to be in the operational position when energized; and cause the disconnect mechanism to be in the bypass position when deenergized. cause the disconnect mechanism to be in the operational position when energized; and cause the disconnect mechanism to be in the bypass position when deenergized.
A method for controlling operation of a nicotine electronic vaping device including a heater to heat nicotine pre-vapor formulation drawn from a nicotine reservoir, the method comprising: determining a plurality of resistance values for the heater during a time window; calculating a percent change in resistance of the heater between a first of the plurality of resistance values and a second of the plurality of resistance values; deciding whether the percent change in resistance of the heater exceeds a percent change in resistance threshold; disabling power to the heater at the nicotine electronic vaping device in response to deciding that the percent change in resistance of the heater exceeds the percent change in resistance threshold; deciding whether a nicotine pod assembly has been removed from the nicotine electronic vaping device within a first threshold time interval after the disabling; and powering off the nicotine electronic vaping device in response to deciding that the nicotine pod assembly has not been removed from the nicotine electronic vaping device within the first threshold time interval after the disabling. determining a plurality of resistance values for the heater during a time window; calculating a percent change in resistance of the heater between a first of the plurality of resistance values and a second of the plurality of resistance values; deciding whether the percent change in resistance of the heater exceeds a percent change in resistance threshold; disabling power to the heater at the nicotine electronic vaping device in response to deciding that the percent change in resistance of the heater exceeds the percent change in resistance threshold; deciding whether a nicotine pod assembly has been removed from the nicotine electronic vaping device within a first threshold time interval after the disabling; and powering off the nicotine electronic vaping device in response to deciding that the nicotine pod assembly has not been removed from the nicotine electronic vaping device within the first threshold time interval after the disabling.
Method for producing a board of wood-based material, consisting of a base board and of a decorative paper disposed on the base board, comprising the steps of a) providing the decorative paper, b) applying at least one resin as impregnating agent solely to the side of the decorative paper opposite from the decoration, for provision of a solely single-sidedly impregnated decorative paper, where the amount of resin applied is between 30% and 70%, based on the paper weight of the decorative paper, and where the impregnating agent used is a melamine-formaldehyde resin, melamine-phenolformaldehyde resin, a melamine-urea resin, a polyurethane resin or an acrylate resin having a solids content of between 30% to 50%, c) providing the base board, d) applying at least one layer of at least one impregnating resin to at least one side of the base board, and e) placing the decorative paper with the impregnated side opposite from the decoration onto the side of the base board provided with the impregnating resin. a) providing the decorative paper, b) applying at least one resin as impregnating agent solely to the side of the decorative paper opposite from the decoration, for provision of a solely single-sidedly impregnated decorative paper, where the amount of resin applied is between 30% and 70%, based on the paper weight of the decorative paper, and where the impregnating agent used is a melamine-formaldehyde resin, melamine-phenolformaldehyde resin, a melamine-urea resin, a polyurethane resin or an acrylate resin having a solids content of between 30% to 50%, c) providing the base board, d) applying at least one layer of at least one impregnating resin to at least one side of the base board, and e) placing the decorative paper with the impregnated side opposite from the decoration onto the side of the base board provided with the impregnating resin.
A heating system for heating a preform having a neck, at least one sidewall and a bottom, the heating system comprising - a transporting system comprising a holding device for holding at least one preform, the transporting system being adapted to transport the preform within the heating system, and - a light providing arrangement, the light providing arrangement comprising - at least one laser radiation generation unit for heating the sidewalls of the preform, and - lighting equipment for directly heating the bottom of the preform, wherein the lighting equipment is adapted to heat the bottom of the preform independently from the laser radiation generation unit. - a transporting system comprising a holding device for holding at least one preform, the transporting system being adapted to transport the preform within the heating system, and - a light providing arrangement, the light providing arrangement comprising - at least one laser radiation generation unit for heating the sidewalls of the preform, and - lighting equipment for directly heating the bottom of the preform, wherein the lighting equipment is adapted to heat the bottom of the preform independently from the laser radiation generation unit. - at least one laser radiation generation unit for heating the sidewalls of the preform, and - lighting equipment for directly heating the bottom of the preform, wherein the lighting equipment is adapted to heat the bottom of the preform independently from the laser radiation generation unit.
An insoluble fusion protein, comprising an antimicrobial peptide able to be activated through cleavage using acid treatment and a green fluorescent protein binding to each other, wherein the GFP is methionine-deleted GFP; wherein 76 th and 204 th aspartic acid(Asp) of the GFP are substituted with serine(Ser); and wherein the antimicrobial peptide is continuously arranged and inserted between the 172 nd position and the 173 rd position in the amino acid sequence of GFP, and an Asp-Pro amino acid sequence is connected to an N-terminus or C-terminus of the continuously arranged antimicrobial peptide or a linkage portion thereof. wherein the GFP is methionine-deleted GFP; wherein 76 th and 204 th aspartic acid(Asp) of the GFP are substituted with serine(Ser); and wherein the antimicrobial peptide is continuously arranged and inserted between the 172 nd position and the 173 rd position in the amino acid sequence of GFP, and an Asp-Pro amino acid sequence is connected to an N-terminus or C-terminus of the continuously arranged antimicrobial peptide or a linkage portion thereof.
A stable alcoholic drink having a pH in the range from 5.2 to 6.5, comprising a) one or more milk proteins, soy proteins, egg proteins, potato proteins, pea proteins, and/or wheat proteins, b) alcohol, and c) one or more stabilizers comprising an alkylene glycol alginate. a) one or more milk proteins, soy proteins, egg proteins, potato proteins, pea proteins, and/or wheat proteins, b) alcohol, and c) one or more stabilizers comprising an alkylene glycol alginate.
A pool light fixture assembly (100; 200; 300) for use with above ground and in-ground pools, the assembly connectable to the pool wall, comprising: a light adapter (130; 330) having at least two channels, a water channel (138; 220) and an electrical channel (142-148; 270; 310), each of the channels parallel to one another, the light adapter (130; 330) including a light fixture member for connection with a light (150; 222); a return fitting also having the water and electrical channels, the water and electrical channels aligned and extending through each of the return fitting and the light adapter (130; 330) for allowing water to freely flow through the light fixture assembly (100; 200; 300) and for allowing electrical connection with the light fixture member; and at least the light adapter portion of the electrical channel (142-148; 270; 310) being parallel to and separate from the water channel (138; 220). a light adapter (130; 330) having at least two channels, a water channel (138; 220) and an electrical channel (142-148; 270; 310), each of the channels parallel to one another, the light adapter (130; 330) including a light fixture member for connection with a light (150; 222); a return fitting also having the water and electrical channels, the water and electrical channels aligned and extending through each of the return fitting and the light adapter (130; 330) for allowing water to freely flow through the light fixture assembly (100; 200; 300) and for allowing electrical connection with the light fixture member; and at least the light adapter portion of the electrical channel (142-148; 270; 310) being parallel to and separate from the water channel (138; 220).
A system for moving a tubular string within a subterranean well, the system characterised by: a ring assembly including: a structural ring sized with a ring inner diameter to circumscribe the tubular string and a ring outer diameter to fit within a bore of the subterranean well; a rotatable blade extending from the structural ring; and wheels spaced around an inner diameter surface of the structural ring. a structural ring sized with a ring inner diameter to circumscribe the tubular string and a ring outer diameter to fit within a bore of the subterranean well; a rotatable blade extending from the structural ring; and wheels spaced around an inner diameter surface of the structural ring.