mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a microfilter/nanofilter on a microchannel/nanochannel or microcavity/nanocavity that are present in a silicon layer, the method comprising the following steps: - a lithography step (E2, E30, E200), to generate a resin layer (2, 20, 200) on said silicon layer so as to form a resin structure on the silicon layer, said structure comprising at least one target zone; - a step of producing a carbon-based layer (4, 40, 400) on the surface of said silicon layer in said target zone; - a step of creating (E3, E40, E400) implanted zones by ion implantation through said structure formed by said resin layer (2, 20, 200) in said target zone; - a step of removing (E4, E50, E600) the resin layer and of maintaining, at least partly, the carbon-based layer (4, 40, 400) on said target zone; - a step of porosifying (E5, E60, E700) the silicon and the carbon-based layer in said target zone in order to obtain a porosified target zone (5, 50, 500); - a step of cleaning (E6, E70, E800) said porosified target zone in order to remove the porous silicon from said target zone and to form at least one cavity (6, 60, 600) that is closed on the surface by a carbon-based porous membrane. - a lithography step (E2, E30, E200), to generate a resin layer (2, 20, 200) on said silicon layer so as to form a resin structure on the silicon layer, said structure comprising at least one target zone; - a step of producing a carbon-based layer (4, 40, 400) on the surface of said silicon layer in said target zone; - a step of creating (E3, E40, E400) implanted zones by ion implantation through said structure formed by said resin layer (2, 20, 200) in said target zone; - a step of removing (E4, E50, E600) the resin layer and of maintaining, at least partly, the carbon-based layer (4, 40, 400) on said target zone; - a step of porosifying (E5, E60, E700) the silicon and the carbon-based layer in said target zone in order to obtain a porosified target zone (5, 50, 500); - a step of cleaning (E6, E70, E800) said porosified target zone in order to remove the porous silicon from said target zone and to form at least one cavity (6, 60, 600) that is closed on the surface by a carbon-based porous membrane.
A fluid sprayer comprises: a pump motor; a piston reciprocatable by the pump motor; a pump housing comprising: a pumping chamber housing disposed to receive the piston along a pump axis; and a plurality of alignment pins extending laterally away from the pumping chamber housing; and an outer housing surrounding and anchoring the pump motor, and having a plurality of internal lateral bores disposed to slideably receive the alignment pins, such that the pump housing is free to self-align with the piston. a pump motor; a piston reciprocatable by the pump motor; a pump housing comprising: a pumping chamber housing disposed to receive the piston along a pump axis; and a plurality of alignment pins extending laterally away from the pumping chamber housing; and a pumping chamber housing disposed to receive the piston along a pump axis; and a plurality of alignment pins extending laterally away from the pumping chamber housing; and an outer housing surrounding and anchoring the pump motor, and having a plurality of internal lateral bores disposed to slideably receive the alignment pins, such that the pump housing is free to self-align with the piston.
An apparatus for treating vascular aneurysms, comprising: a bridge device sized to extend over an opening of said aneurysm and formed by at least one support member, said at least one support member forming a sinusoidal configuration when expanded in a vessel; characterized by a reactive coating capable of volumetric expansion for increasing resistance to blood flow in a reacted state and being disposed on said support member. a bridge device sized to extend over an opening of said aneurysm and formed by at least one support member, said at least one support member forming a sinusoidal configuration when expanded in a vessel; characterized by a reactive coating capable of volumetric expansion for increasing resistance to blood flow in a reacted state and being disposed on said support member.
Silicon oxide-coated zinc oxide comprising: a zinc oxide particle; and a silicon oxide coating on a surface of the zinc oxide particle, wherein: an electric conductivity of a water suspension of the silicon oxide-coated zinc oxide is 120 μS/cm or less; an average particle diameter of the zinc oxide particles is 50 nm or more and 500 nm or less; the silicon oxide coating comprises at least one element selected from the group consisting of Mg, Ca, and Ba; a total mass percentage of Mg, Ca, and Ba is larger than a total mass percentage of alkali metals; the total mass percentage of alkali metals is 0.0001% by mass or more and 0.2% by mass or less; and the total mass percentage of Mg, Ca, and Ba is 0.01% by mass or more and 1% by mass or less. a zinc oxide particle; and a silicon oxide coating on a surface of the zinc oxide particle, wherein: an electric conductivity of a water suspension of the silicon oxide-coated zinc oxide is 120 μS/cm or less; an average particle diameter of the zinc oxide particles is 50 nm or more and 500 nm or less; the silicon oxide coating comprises at least one element selected from the group consisting of Mg, Ca, and Ba; a total mass percentage of Mg, Ca, and Ba is larger than a total mass percentage of alkali metals; the total mass percentage of alkali metals is 0.0001% by mass or more and 0.2% by mass or less; and the total mass percentage of Mg, Ca, and Ba is 0.01% by mass or more and 1% by mass or less. an electric conductivity of a water suspension of the silicon oxide-coated zinc oxide is 120 μS/cm or less; an average particle diameter of the zinc oxide particles is 50 nm or more and 500 nm or less; the silicon oxide coating comprises at least one element selected from the group consisting of Mg, Ca, and Ba; a total mass percentage of Mg, Ca, and Ba is larger than a total mass percentage of alkali metals; the total mass percentage of alkali metals is 0.0001% by mass or more and 0.2% by mass or less; and the total mass percentage of Mg, Ca, and Ba is 0.01% by mass or more and 1% by mass or less.
A pharmaceutically acceptable salt of an amphiphilic photosensitizing agent for use in a method of photochemical internalization, wherein said salt is the bis(monoethanolamine) salt of meso-tetraphenyl chlorin disulphonate (TPCS 2a).
An observation method by means of a scanning transmission electron microscope for scanning an electron beam over a specimen and detecting electrons transmitted through the specimen to observe a structure in the specimen, the observation method comprising: a step of acquiring results of detecting the electrons transmitted through the specimen using a segmented detector having a plurality of detection regions disposed in a bright-field area; and a step of generating a plurality of segmented images based on the results of detecting the electrons in the plurality of detection regions, and applying filters determined based on a signal-to-noise ratio to the plurality of segmented images to generate a reconstructed image, wherein the signal-to-noise ratio is proportional to an absolute value of a total phase contrast transfer function normalized by a noise level, the total phase contrast transfer function being defined by product-sum operation of phase contrast transfer functions expressed by complex numbers and weight coefficients for the plurality of detection regions, and the filters for the plurality of detection regions are determined based on the weight coefficients that yield a maximum of the signal-to-noise ratio. a step of acquiring results of detecting the electrons transmitted through the specimen using a segmented detector having a plurality of detection regions disposed in a bright-field area; and a step of generating a plurality of segmented images based on the results of detecting the electrons in the plurality of detection regions, and applying filters determined based on a signal-to-noise ratio to the plurality of segmented images to generate a reconstructed image, wherein the signal-to-noise ratio is proportional to an absolute value of a total phase contrast transfer function normalized by a noise level, the total phase contrast transfer function being defined by product-sum operation of phase contrast transfer functions expressed by complex numbers and weight coefficients for the plurality of detection regions, and the filters for the plurality of detection regions are determined based on the weight coefficients that yield a maximum of the signal-to-noise ratio.
A method for producing an optical position encoder having an optoelectronic component and having a measuring scale illuminated by an LED light source of the optoelectronic component, in which the LED light source is embedded into a molded housing in such a way that a light exit surface of the LED light source is exposed to the outside, characterized in that the light exit surface is coated and is de-coated in some regions to provide a light exit window.
A suture anchor comprising: an elongated body having a distal end, a proximal end and an exterior surface; an axially oriented bore into the body from the proximal end; a proximal portion of the bore having a plurality of abutment surfaces for engaging a suture anchor insertion tool, in order to drive the suture anchor into bone; the bore comprising at least one axially oriented suture passage; a suture attachment associated with the bore; a screw thread about a portion of the exterior surface of the body adjacent the at least one suture passage; and the body having a wall thickness between the bore and the exterior surface of the body; characterized in that the suture passage comprises an area where the wall thickness goes to zero, such that the suture passage is open along its side except for the thread and wherein the wall thickness is zero along substantially the entire length of the bore. an elongated body having a distal end, a proximal end and an exterior surface; an axially oriented bore into the body from the proximal end; a proximal portion of the bore having a plurality of abutment surfaces for engaging a suture anchor insertion tool, in order to drive the suture anchor into bone; the bore comprising at least one axially oriented suture passage; a suture attachment associated with the bore; a screw thread about a portion of the exterior surface of the body adjacent the at least one suture passage; and the body having a wall thickness between the bore and the exterior surface of the body; characterized in that the suture passage comprises an area where the wall thickness goes to zero, such that the suture passage is open along its side except for the thread and wherein the wall thickness is zero along substantially the entire length of the bore.
A scan matching method for a ground vehicle, comprising: receiving a query point cloud representing a query 3D shape and a target point cloud representing a target 3D shape; setting a current transformation to an initial transformation (T 0), in a first step, calculating correspondence points (m i) by searching for closest pairs of points in the query point cloud and target point cloud using the current transformation and a k-d tree search algorithm, in a second step, calculating a new current transformation from the current transformation by minimizing a distance between matched correspondences, and repeating the first step and the second step in which the current transformation is substituted by the new current transformation until convergence has been obtained, characterized in that in the first step, the calculating of the correspondence points (m i) by searching for closest pairs of points in the query point cloud and target point cloud is performed by applying a height constraint condition indicating a height range (ε) between correspondence points. receiving a query point cloud representing a query 3D shape and a target point cloud representing a target 3D shape; setting a current transformation to an initial transformation (T 0), in a first step, calculating correspondence points (m i) by searching for closest pairs of points in the query point cloud and target point cloud using the current transformation and a k-d tree search algorithm, in a second step, calculating a new current transformation from the current transformation by minimizing a distance between matched correspondences, and repeating the first step and the second step in which the current transformation is substituted by the new current transformation until convergence has been obtained, characterized in that in the first step, the calculating of the correspondence points (m i) by searching for closest pairs of points in the query point cloud and target point cloud is performed by applying a height constraint condition indicating a height range (ε) between correspondence points.
A vehicle drive system, comprising a battery; a power unit in a housing, comprising at least one electric motor/generator (1,2), capable of being driven as a motor by the battery or of charging the battery as a generator; at least one hydraulic motor/pump (3,4), capable of being driven by the electric motor/generator (1,2) to pressurize hydraulic fluid, or of being driven by pressurized hydraulic fluid to power the motor/generator (1,2) as a generator; a hydraulic rail communicating the pump; and directional control valves communicating with the hydraulic rail at least one accumulator for storing pressurized hydraulic fluid; wheel drives capable of being driven by pressurized hydraulic fluid; a hydraulic circuit connecting the directional control valves of the motor housing to the accumulator and wheel drives; and a control system for controlling the operation of the battery, power unit and wheel drives. characterised in that two independent electric motor/generators (1,2) are provided, each connected to a separate hydraulic motor/pump (3,4), independent electric motor/generators (1,2) and their connected hydraulic motor/pumps (3,4) capable of acting independently. a battery; a power unit in a housing, comprising at least one electric motor/generator (1,2), capable of being driven as a motor by the battery or of charging the battery as a generator; at least one hydraulic motor/pump (3,4), capable of being driven by the electric motor/generator (1,2) to pressurize hydraulic fluid, or of being driven by pressurized hydraulic fluid to power the motor/generator (1,2) as a generator; a hydraulic rail communicating the pump; and directional control valves communicating with the hydraulic rail at least one accumulator for storing pressurized hydraulic fluid; at least one electric motor/generator (1,2), capable of being driven as a motor by the battery or of charging the battery as a generator; at least one hydraulic motor/pump (3,4), capable of being driven by the electric motor/generator (1,2) to pressurize hydraulic fluid, or of being driven by pressurized hydraulic fluid to power the motor/generator (1,2) as a generator; a hydraulic rail communicating the pump; and directional control valves communicating with the hydraulic rail at least one accumulator for storing pressurized hydraulic fluid; wheel drives capable of being driven by pressurized hydraulic fluid; a hydraulic circuit connecting the directional control valves of the motor housing to the accumulator and wheel drives; and a control system for controlling the operation of the battery, power unit and wheel drives. characterised in that two independent electric motor/generators (1,2) are provided, each connected to a separate hydraulic motor/pump (3,4), independent electric motor/generators (1,2) and their connected hydraulic motor/pumps (3,4) capable of acting independently.
A method for manufacturing krill oil, the method comprising: preparing krill; adding protease to the krill and performing enzyme reaction; extracting eicosapentaenoic acid, docosahexaenoic acid, phospholipids, and astaxanthin from the krill after performing the enzyme reaction; and mixing the extracted eicosapentaenoic acid, docosahexaenoic acid, phospholipids, and astaxanthin, wherein the protease comprises one or more chosen from serine alkaline proteases separated from Bacillus licheniformis and metallo neutral proteases separated from Bacillus subtillis and Bacillus amyloliquefaciens, wherein the enzyme reaction is performed in an ultra-high pressure reactor, and wherein in the ultra-high pressure reactor, reaction pressure is 10 - 300MPa, reaction temperature is 50 ∼ 60°C, and reaction time is 3 - 24hours. preparing krill; adding protease to the krill and performing enzyme reaction; extracting eicosapentaenoic acid, docosahexaenoic acid, phospholipids, and astaxanthin from the krill after performing the enzyme reaction; and mixing the extracted eicosapentaenoic acid, docosahexaenoic acid, phospholipids, and astaxanthin, wherein the protease comprises one or more chosen from serine alkaline proteases separated from Bacillus licheniformis and metallo neutral proteases separated from Bacillus subtillis and Bacillus amyloliquefaciens, wherein the enzyme reaction is performed in an ultra-high pressure reactor, and wherein in the ultra-high pressure reactor, reaction pressure is 10 - 300MPa, reaction temperature is 50 ∼ 60°C, and reaction time is 3 - 24hours.
A mammalian cell comprising: - a first exogenous nucleic acid sequence encoding a mannosylglycoprotein endo-β-N-acetylglucosaminidase enzyme; and - a second exogenous nucleic acid sequence encoding a Fc containing molecule, wherein said mammalian cell is deficient in synthesizing complex type sugars, and wherein the first exogenous nucleic acid sequence is operably linked to a Golgi apparatus localization signal, and wherein the mannosylglycoprotein endo-p-N-acetylglucosaminidase enzyme acts on the Fc-containing molecule to remove N-glycosylation residues present on the Fc-containing molecule, wherein the Fc-containing molecule is an antibody or a chimeric Fc-fusion wherein the Fc moiety is fused to a binding moiety, and wherein said Fc-containing molecule retains its antigen-binding activity. - a first exogenous nucleic acid sequence encoding a mannosylglycoprotein endo-β-N-acetylglucosaminidase enzyme; and - a second exogenous nucleic acid sequence encoding a Fc containing molecule, wherein said mammalian cell is deficient in synthesizing complex type sugars, and wherein the first exogenous nucleic acid sequence is operably linked to a Golgi apparatus localization signal, and wherein the mannosylglycoprotein endo-p-N-acetylglucosaminidase enzyme acts on the Fc-containing molecule to remove N-glycosylation residues present on the Fc-containing molecule, wherein the Fc-containing molecule is an antibody or a chimeric Fc-fusion wherein the Fc moiety is fused to a binding moiety, and wherein said Fc-containing molecule retains its antigen-binding activity.
An electronic unit comprising a communication interface, a processor, a secure element and a sub-system, the processor being connected to the communication interface by means of a first bus, to the secure element by means of a second bus and to the sub-system, the processor being designed to operate in a first mode, in which it reproduces, on the second bus, signals received from the communication interface on the first bus, characterised in that the processor is designed to operate alternately in the first mode and in a second mode, and in the second mode the processor generates on the second bus signals determined as a function of information received from the sub-system, and in that the processor is designed to transmit, in the second mode, wait signals on the first bus to the communication interface.
Aroyl-2H-imidazol-2-on or a pharmaceutically acceptable salt thereof for use in the treatment of atopic and immune-related disorders by modulating the immune system involved in atopic and immune-related disorders of the treated subject, preferably wherein said aroyl-2H-imidazol-2-on is enoximone, wherein said aroyl-2H-imidazol-2-on is administrated no more often than six, five, four, three, or two times per week, or more preferably no more often than weekly or less often than once per week or each two weeks or each three weeks or monthly or even less frequently, wherein said aroyl-2H-imidazol-2-on is not injected via a bolus injection, wherein said aroyl-2H-imidazol-2-on is administered at less than 10 mg per day, and wherein said disorder is asthma or COPD. wherein said aroyl-2H-imidazol-2-on is not injected via a bolus injection, wherein said aroyl-2H-imidazol-2-on is administered at less than 10 mg per day, and wherein said disorder is asthma or COPD.
A component for a gas turbine engine comprising: at least one airfoil (90; 90') having a radially inner end and a radially outer end; a platform (92; 92') including a radially outer surface attached to the radially inner end of the airfoil (90; 90'), and a radially inner side of the platform (92; 92') that includes a forward surface (110; 110') and an aft surface (112; 112'); a pocket (114, 116; 114', 116') recessed into at least one of the forward surface (110; 110') and the aft surface (112; 112'); and a cover plate (118, 120; 118', 120') covering the pocket (114...116'), characterised in that the component further comprises: a first abradable seal (96, 98; 96', 98') attached to a radially inner surface (118B; 120B) of the cover plate (118...120'), wherein the cover plate (118....120') includes a radially outer surface (118A,120A) in contact with the at least one of the forward surface (110;110') and the aft surface (112;112'). at least one airfoil (90; 90') having a radially inner end and a radially outer end; a platform (92; 92') including a radially outer surface attached to the radially inner end of the airfoil (90; 90'), and a radially inner side of the platform (92; 92') that includes a forward surface (110; 110') and an aft surface (112; 112'); a pocket (114, 116; 114', 116') recessed into at least one of the forward surface (110; 110') and the aft surface (112; 112'); and a cover plate (118, 120; 118', 120') covering the pocket (114...116'), characterised in that the component further comprises: a first abradable seal (96, 98; 96', 98') attached to a radially inner surface (118B; 120B) of the cover plate (118...120'), wherein the cover plate (118....120') includes a radially outer surface (118A,120A) in contact with the at least one of the forward surface (110;110') and the aft surface (112;112').