mhurhangee/ep-ind-claims huggingface dataset:
An optical device comprising a liquid crystal element film having a liquid crystal layer which contains a liquid crystal compound and is capable of switching between a first oriented state and a second oriented state, wherein the liquid crystal element film comprises two base films disposed opposite to each other and a liquid crystal layer positioned therebetween, wherein the optical device further comprises two outer substrates disposed opposite to each other, wherein the liquid crystal element film is encapsulated between the two outer substrates by an adhesive film; and characterized in that the liquid crystal element film is in an angled film form, wherein a crease angle of the angled film form exceeds 5 degrees, wherein the cross-section of the angled film form has a form including a first line and a second line which are separated by a crease portion, wherein the first line, the crease portion and the second line are connected, wherein the crease angle is formed at an intersection of the first line at the crease portion or a tangent at a point which divides the first line of the liquid crystal element film approximately by two, and a line connecting the crease portion and the distal point where the second line is terminated, in a clockwise or counterclockwise direction. wherein the liquid crystal element film comprises two base films disposed opposite to each other and a liquid crystal layer positioned therebetween, wherein the optical device further comprises two outer substrates disposed opposite to each other, wherein the liquid crystal element film is encapsulated between the two outer substrates by an adhesive film; and characterized in that the liquid crystal element film is in an angled film form, wherein a crease angle of the angled film form exceeds 5 degrees, wherein the cross-section of the angled film form has a form including a first line and a second line which are separated by a crease portion, wherein the first line, the crease portion and the second line are connected, wherein the crease angle is formed at an intersection of the first line at the crease portion or a tangent at a point which divides the first line of the liquid crystal element film approximately by two, and a line connecting the crease portion and the distal point where the second line is terminated, in a clockwise or counterclockwise direction.
A seat assembly adapted to be mounted to a floor of an automotive vehicle for movement between a plurality of positions, the seat assembly comprising: a seat cushion for supporting an occupant in the automotive vehicle and a seat back pivotally coupled to the seat cushion; a seat base adapted for mounting the seat assembly within the automotive vehicle; at least one link (22; 44, 46) extending longitudinally between a first end pivotally coupled to the seat cushion and a second end pivotally coupled to the seat base, wherein pivoting of the at least one link (22; 44, 46) moves the seat assembly between a first position and a second position; a recliner mechanism operatively coupled to the at least one link (22; 44, 46), the recliner mechanism operable between a locked condition for preventing pivoting of the at least one link (22; 44, 46) and an unlocked condition for allowing pivoting of the at least one link (22; 44, 46); a sector gear fixedly coupled to the at least one link (22; 44, 46); a pinion gear meshingly engaged with the sector gear; and a motor rotatably driving the pinion gear, wherein actuating the motor when the recliner mechanism is in the unlocked condition rotates the pinion gear, causing the sector gear to rotate for pivoting the at least one link (22; 44, 46) to move the seat assembly between the first position and the second position; and further comprising a strap extending between the sector gear and the pinion gear to keep the sector gear fully meshed with the pinion gear. a seat cushion for supporting an occupant in the automotive vehicle and a seat back pivotally coupled to the seat cushion; a seat base adapted for mounting the seat assembly within the automotive vehicle; at least one link (22; 44, 46) extending longitudinally between a first end pivotally coupled to the seat cushion and a second end pivotally coupled to the seat base, wherein pivoting of the at least one link (22; 44, 46) moves the seat assembly between a first position and a second position; a recliner mechanism operatively coupled to the at least one link (22; 44, 46), the recliner mechanism operable between a locked condition for preventing pivoting of the at least one link (22; 44, 46) and an unlocked condition for allowing pivoting of the at least one link (22; 44, 46); a sector gear fixedly coupled to the at least one link (22; 44, 46); a pinion gear meshingly engaged with the sector gear; and a motor rotatably driving the pinion gear, wherein actuating the motor when the recliner mechanism is in the unlocked condition rotates the pinion gear, causing the sector gear to rotate for pivoting the at least one link (22; 44, 46) to move the seat assembly between the first position and the second position; and further comprising a strap extending between the sector gear and the pinion gear to keep the sector gear fully meshed with the pinion gear.
A method for making a soft, edge-to-edge tinted contact lens uniformly tinted throughout the body of the lens comprising: (a) providing a polymer precursor comprising a silicone-containing macromer which is capable of forming a polymer or copolymer having high oxygen permeability, wherein the polymer precursor comprises 60 to 85 weight percent oxyperm polymerizable material and 15 to 40 weight percent ionoperm polymerizable material in the prepolymerization mixture, based on the total polymerizable material weight; (b) providing a pigment dispersion comprising a phthalocyanine pigment and a dispersing agent; (c) mixing the pigment dispersion and the polymer precursor to form a tinted prepolymer mixture; (d) dispensing the tinted prepolymer mixture into a mold; and (e) cross-linking or polymerizing the tinted prepolymer mixture in the mold to form a soft, edge-to-edge tinted contact lens uniformly tinted throughout the body of the lens having an oxygen transmissibility (Dk/t) of at least 60 barrers/mm comprising a polymer matrix and the pigment entrapped therein. (a) providing a polymer precursor comprising a silicone-containing macromer which is capable of forming a polymer or copolymer having high oxygen permeability, wherein the polymer precursor comprises 60 to 85 weight percent oxyperm polymerizable material and 15 to 40 weight percent ionoperm polymerizable material in the prepolymerization mixture, based on the total polymerizable material weight; (b) providing a pigment dispersion comprising a phthalocyanine pigment and a dispersing agent; (c) mixing the pigment dispersion and the polymer precursor to form a tinted prepolymer mixture; (d) dispensing the tinted prepolymer mixture into a mold; and (e) cross-linking or polymerizing the tinted prepolymer mixture in the mold to form a soft, edge-to-edge tinted contact lens uniformly tinted throughout the body of the lens having an oxygen transmissibility (Dk/t) of at least 60 barrers/mm comprising a polymer matrix and the pigment entrapped therein.
An emulsion composition comprising: (a) from 65 wt% to 90 wt% of an oil phase; (b) from 5 wt% to 30 wt% of a polyol; (c) from 0.01 wt% to 7.5 wt% of an amphoteric surfactant; (d) from 0 wt% to 0.5 wt% of a nonionic surfactant; percent by weight is based on the total weight of the composition. (a) from 65 wt% to 90 wt% of an oil phase; (b) from 5 wt% to 30 wt% of a polyol; (c) from 0.01 wt% to 7.5 wt% of an amphoteric surfactant; (d) from 0 wt% to 0.5 wt% of a nonionic surfactant;
A method for disposing of a pyrotechnic safety device, said method comprising: providing an electronic control unit comprising a primary control unit and an auxiliary control unit, wherein said auxiliary control unit has a safing mode and a scrap mode; providing a first external signal to said primary control unit; said primary control unit providing a first predetermined signal to said auxiliary control unit in response to said first external signal, thereby enabling said scrap mode of said auxiliary control unit; providing a second external signal to said primary control unit whilst said auxiliary control unit is operating in said scrap mode, said primary control unit providing a second predetermined signal to said auxiliary control unit in response to said second external signal, thereby arming said auxiliary control unit; wherein both the auxiliary control unit and the primary control unit are in electrical communication with at least one pyrotechnic safety device; and said primary control unit providing a deployment signal to the or at least one said pyrotechnic safety device whilst said auxiliary control unit is armed, thereby deploying the or at least one said pyrotechnic safety device. providing an electronic control unit comprising a primary control unit and an auxiliary control unit, wherein said auxiliary control unit has a safing mode and a scrap mode; providing a first external signal to said primary control unit; said primary control unit providing a first predetermined signal to said auxiliary control unit in response to said first external signal, thereby enabling said scrap mode of said auxiliary control unit; providing a second external signal to said primary control unit whilst said auxiliary control unit is operating in said scrap mode, said primary control unit providing a second predetermined signal to said auxiliary control unit in response to said second external signal, thereby arming said auxiliary control unit; wherein both the auxiliary control unit and the primary control unit are in electrical communication with at least one pyrotechnic safety device; and said primary control unit providing a deployment signal to the or at least one said pyrotechnic safety device whilst said auxiliary control unit is armed, thereby deploying the or at least one said pyrotechnic safety device.
Main bearing for a wind turbine, comprising a bearing housing having a closable passage in a wall of the bearing housing having a guide means for guiding a probe into the bearing housing, the guide means having a coupling piece which is connected to the guide means, the coupling piece being removably inserted into the passage and fixed therein, the coupling piece being complementary to the passage, the coupling piece closing the passage in the inserted state and the coupling piece defining an orientation of the guide means toward an inspection site within the bearing housing, and the guide means being fixed only to the coupling piece, characterized in that the inspection site is the raceway of a rolling bearing.
A device for drying a printing material provided with printing ink for a printing machine with a hollow body, which has an elongated air guidance region with an opening in order to guide a gaseous medium from the hollow body in the direction towards the printing material, a feed opening in order to guide the gaseous medium into the hollow body, wherein the hollow body and the air guidance region form a common, uniform material component, wherein the air guidance region has two walls (22, 24), which are at least partially spaced apart from one another, wherein the air guidance region has air resistance elements (23, 25) at least on one of the two walls (22, 24) and wherein the air resistance element (23, 25) has an elongated extension, which is aligned in the direction of the opening of the air guidance region. a hollow body, which has an elongated air guidance region with an opening in order to guide a gaseous medium from the hollow body in the direction towards the printing material, a feed opening in order to guide the gaseous medium into the hollow body, wherein the hollow body and the air guidance region form a common, uniform material component, wherein the air guidance region has two walls (22, 24), which are at least partially spaced apart from one another, wherein the air guidance region has air resistance elements (23, 25) at least on one of the two walls (22, 24) and wherein the air resistance element (23, 25) has an elongated extension, which is aligned in the direction of the opening of the air guidance region.
A mask, comprising: a distal sheet member having one or more substantially optically transparent sections; a proximal inflatable member having a generally rear concaved surface that faces a first patient's face when in use, wherein the rear concaved surface is configured to conform to contours of the first patient's face; the inflatable member having two cavities (160a, 160b) therein, wherein the two cavities (160a, 160b) are generally aligned with the one or more substantially optically transparent sections, wherein the two cavities (160a, 160b) extend from the rear concaved surface toward the distal sheet member such that the two cavities (160a, 160b) define two openings on the rear concaved surface; wherein the rear concaved surface is configured to seal against the first patient's face such that the first patient's eyes are aligned with the two cavities (160a, 160b), so that the rear concaved surface forms seals around a peripheral region of the first patient's eye sockets that inhibit flow of fluid into and out of the two cavities (160a, 160b); an ocular port (180a, 180b, 185a, 185b) providing access to at least one of the two cavities (160a, 160b) for fluid flow into and out of the at least one of the two cavities (160a, 160b); and an inflation port (170a, 170b, 175a, 175b) providing access to inflate the inflatable member. a distal sheet member having one or more substantially optically transparent sections; a proximal inflatable member having a generally rear concaved surface that faces a first patient's face when in use, wherein the rear concaved surface is configured to conform to contours of the first patient's face; the inflatable member having two cavities (160a, 160b) therein, wherein the two cavities (160a, 160b) are generally aligned with the one or more substantially optically transparent sections, wherein the two cavities (160a, 160b) extend from the rear concaved surface toward the distal sheet member such that the two cavities (160a, 160b) define two openings on the rear concaved surface; wherein the rear concaved surface is configured to seal against the first patient's face such that the first patient's eyes are aligned with the two cavities (160a, 160b), so that the rear concaved surface forms seals around a peripheral region of the first patient's eye sockets that inhibit flow of fluid into and out of the two cavities (160a, 160b); an ocular port (180a, 180b, 185a, 185b) providing access to at least one of the two cavities (160a, 160b) for fluid flow into and out of the at least one of the two cavities (160a, 160b); and an inflation port (170a, 170b, 175a, 175b) providing access to inflate the inflatable member.
A nanoparticle for staining a tissue containing plural phosphors dispersed therein or holded thereon, and having an average particle diameter with the range of 40 nm to 500 nm, wherein the plural phosphors are cyanine dye molecules or rhodamine dye molecules, and the plural phosphors emit light having an wavelength in a range of 400 to 900 nm when excited with light having a wavelength in a range of 200 to 700 nm, wherein an anti-HER2 antibody or an anti-ER antibody is bound to the nanoparticle by covalent bonding.
An implantable medical device assembly comprising: a sealed housing; a motor within the sealed housing, the motor including a rotating output shaft; a first coaxial shaft within the sealed housing, the first coaxial shaft being mechanically coupled to the rotating output shaft such that rotation of the rotating output shaft drives rotation of the first coaxial shaft; a second coaxial shaft external to the sealed housing, the second coaxial shaft being in axial alignment with the first coaxial shaft; an oscillating component mechanically coupling the first coaxial shaft to the second coaxial shaft, wherein rotation of the rotating first coaxial shaft drives the oscillation of the oscillating component, wherein the oscillation of the oscillating component drives rotation of the second coaxial shaft; and a flexible seal including the oscillating component, wherein the sealed housing and the flexible seal combine to form a substantially sealed enclosure encasing the motor and the first coaxial shaft. a sealed housing; a motor within the sealed housing, the motor including a rotating output shaft; a first coaxial shaft within the sealed housing, the first coaxial shaft being mechanically coupled to the rotating output shaft such that rotation of the rotating output shaft drives rotation of the first coaxial shaft; a second coaxial shaft external to the sealed housing, the second coaxial shaft being in axial alignment with the first coaxial shaft; an oscillating component mechanically coupling the first coaxial shaft to the second coaxial shaft, wherein rotation of the rotating first coaxial shaft drives the oscillation of the oscillating component, wherein the oscillation of the oscillating component drives rotation of the second coaxial shaft; and a flexible seal including the oscillating component, wherein the sealed housing and the flexible seal combine to form a substantially sealed enclosure encasing the motor and the first coaxial shaft.
Organic or hybrid electronic device, having an NIP structure, comprising successively: - a transparent substrate, - a first transparent and electrically conducting electrode - an N type layer, - an active layer comprising a polyethylenimine and: ∘ an electron donor material and an electron acceptor material, ∘ or a perovskite material, - a P type layer, - a second electrode, characterized in that the active layer has a concentration gradient of PEI that increases towards the interface of the active layer /N type layer. - a transparent substrate, - a first transparent and electrically conducting electrode - an N type layer, - an active layer comprising a polyethylenimine and: ∘ an electron donor material and an electron acceptor material, ∘ or a perovskite material, ∘ an electron donor material and an electron acceptor material, ∘ or a perovskite material, - a P type layer, - a second electrode, characterized in that the active layer has a concentration gradient of PEI that increases towards the interface of the active layer /N type layer.
Method of electric supply for the power train of a railway vehicle, arranged to operate either by direct current or alternating current, said power train comprising a transformer for operation with alternating current and a braking chopper, said transformer having at least one secondary winding, the method comprising the connection, in direct current operation, of said secondary winding as input choke of the power train, characterised by the fact that it comprises the determination of the current passing through said secondary winding when it is connected as input choke of the power train, and control of the braking chopper to ensure a minimum current in said secondary winding that is greater than the saturation current of the input choke.
High pressure extraction capsule for single beverage preparation with a porous hydrophobic membrane (5, 10) that acts as a barrier to fluid flow up to a certain pressure and exceeding said pressure allows for extracting the fluid with active ingredients but still acts as a barrier to particles, particularly ground herbs or roots, wherein the pore size of the membrane (5, 10) ranges from 0.45μm to 10μm, preferably from 0.45μm to 5μm, and wherein the hydrophobic membrane (5, 10) is arranged to have a surface tension of less than 40 mN/m.
A method of communication for an apparatus of a first object, comprising, at the apparatus: determining that a second object comprising a second apparatus is within at least a threshold proximity from at least one sensor of the first object and coupled to the apparatus; and characterized by: determining a set of detected objects using, at least in-part, the at least one sensor; determining a subset of the set of detected objects that are presently occluded or are expected to be occluded from sensor detection from the second object; and transmitting a message to the second apparatus, the message comprising information corresponding to at least one detected object of the subset of the set of detected objects. determining that a second object comprising a second apparatus is within at least a threshold proximity from at least one sensor of the first object and coupled to the apparatus; and characterized by: determining a set of detected objects using, at least in-part, the at least one sensor; determining a subset of the set of detected objects that are presently occluded or are expected to be occluded from sensor detection from the second object; and transmitting a message to the second apparatus, the message comprising information corresponding to at least one detected object of the subset of the set of detected objects. determining a set of detected objects using, at least in-part, the at least one sensor; determining a subset of the set of detected objects that are presently occluded or are expected to be occluded from sensor detection from the second object; and transmitting a message to the second apparatus, the message comprising information corresponding to at least one detected object of the subset of the set of detected objects.
A method for a user equipment, UE, configured with a plurality of cells operating in a wireless communication system, the method comprising: receiving an activation/deactivation, A/D, medium access control, MAC, control element, CE, on a specific cell among the plurality of cells, wherein all of values of Ci fields of the A/D MAC CE are set to a same value; performing activation of the specific cell, if the same value is '1'; and performing deactivation of the specific cell, if the same value is '0'. receiving an activation/deactivation, A/D, medium access control, MAC, control element, CE, on a specific cell among the plurality of cells, wherein all of values of Ci fields of the A/D MAC CE are set to a same value; performing activation of the specific cell, if the same value is '1'; and performing deactivation of the specific cell, if the same value is '0'.
A dispersible tablet comprising (a) -Pyrrolidine-1,2-dicarboxylic acid 2-amide 1-({4-methyl-5-[2-(2,2,2-trifluoro-1,1-dimethyl-ethyl)-pyridin-4-yl]-thiazol-2-yl}-amide), or a pharmaceutically acceptable salt thereof, in an amount of about 35% to 45% in weight based on the total weight of the tablet, (b) sodium starch glycolate in an amount of about 5% to 10% in weight based on the total weight of the tablet, (c) low-substituted hydroxypropyl cellulose in an amount of about 1% to 3% in weight based on the total weight of the tablet, (d) sodium stearyl fumarate in an amount of about 3% to 5% in weight based on the total weight of the tablet, and (e) one or more additional pharmaceutically acceptable excipients, with the proviso that said additional pharmaceutically acceptable excipient is not calcium phosphate tribasic, calcium phosphate dibasic anhydrous, calcium phosphate dibasic dihydrate or sucralose.
A modification kit for providing enhanced fragmentation capabilities to an existing munition, the kit comprising: an airframe; preformed fragments within the airframe; and one or more adapters (24, 26, 28) to allow connection to the existing munition through the airframe; wherein the one or more adapters include a tail adapter for coupling a tail kit to a tail of the munition, and/or a nose adapter for coupling a nose kit to a nose of the munition. an airframe; preformed fragments within the airframe; and one or more adapters (24, 26, 28) to allow connection to the existing munition through the airframe; wherein the one or more adapters include a tail adapter for coupling a tail kit to a tail of the munition, and/or a nose adapter for coupling a nose kit to a nose of the munition.