mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first cover that defines one surface of the electronic device; a second cover that defines an opposite surface of the electronic device; and a camera assembly of which at least a portion is arranged in a space defined between the first cover and the second cover, wherein the camera assembly comprises: a metal plate that is arranged substantially parallel to the first cover, a printed circuit board that is arranged between the first cover and the metal plate and is attached to the metal plate, the printed circuit board having an opening arranged substantially at a centre thereof, and at least one through-hole arranged outside the opening, an image sensor that is arranged in the opening and is attached to the metal plate, a lens assembly that is arranged adjacent to the image sensor and on a same optical axis as the image sensor, and a side surface (130, 131, 132) that surrounds at least a portion of the image sensor and the lens assembly, and wherein at least a portion of the side surface passes through the through-hole to be connected to the metal plate. a first cover that defines one surface of the electronic device; a second cover that defines an opposite surface of the electronic device; and a camera assembly of which at least a portion is arranged in a space defined between the first cover and the second cover, wherein the camera assembly comprises: a metal plate that is arranged substantially parallel to the first cover, a printed circuit board that is arranged between the first cover and the metal plate and is attached to the metal plate, the printed circuit board having an opening arranged substantially at a centre thereof, and at least one through-hole arranged outside the opening, an image sensor that is arranged in the opening and is attached to the metal plate, a lens assembly that is arranged adjacent to the image sensor and on a same optical axis as the image sensor, and a side surface (130, 131, 132) that surrounds at least a portion of the image sensor and the lens assembly, and a metal plate that is arranged substantially parallel to the first cover, a printed circuit board that is arranged between the first cover and the metal plate and is attached to the metal plate, the printed circuit board having an opening arranged substantially at a centre thereof, and at least one through-hole arranged outside the opening, an image sensor that is arranged in the opening and is attached to the metal plate, a lens assembly that is arranged adjacent to the image sensor and on a same optical axis as the image sensor, and a side surface (130, 131, 132) that surrounds at least a portion of the image sensor and the lens assembly, and wherein at least a portion of the side surface passes through the through-hole to be connected to the metal plate.
A device to cut and score a substrate comprising: a contact cutting and scoring module; characterized by further comprising: a non-contact cutting and scoring module; and a controller, to identify straight and curved lines to be cutting and scored on the substrate, displace the contact cutting and scoring module relative to the substrate to cut and score the straight lines, displace the non-contact cutting and scoring module relative to the substrate to cut and score the curved lines. a non-contact cutting and scoring module; and a controller, to identify straight and curved lines to be cutting and scored on the substrate, displace the contact cutting and scoring module relative to the substrate to cut and score the straight lines, displace the non-contact cutting and scoring module relative to the substrate to cut and score the curved lines. identify straight and curved lines to be cutting and scored on the substrate, displace the contact cutting and scoring module relative to the substrate to cut and score the straight lines, displace the non-contact cutting and scoring module relative to the substrate to cut and score the curved lines.
A method for producing argon product comprising: withdrawing an argon-containing fluid from a first cryogenic distillation column; increasing the pressure of at least a portion of the argon-containing fluid in a means for increasing pressure thereby forming a compressed argon-containing fluid; introducing at least a portion of the compressed argon-containing fluid into a first end portion of a first pressure swing adsorption vessel; withdrawing a first argon-rich gas from a second end portion of the first pressure swing adsorption vessel; terminating the introduction of the compressed argon-containing fluid into the first pressure swing adsorption vessel; withdrawing a depressurization gas from at least one of the first end portion and a middle portion of the first pressure swing adsorption vessel thereby reducing the pressure in the first pressure swing adsorption vessel to a final depressurization pressure; regulating the flow of at least a portion of the depressurization gas by passing the at least a portion of the depressurization gas to a means for moderating flow (30, 32, 34) thereby forming a regulated depressurization gas; and introducing the regulated depressurization gas into at least one of the first cryogenic distillation column and the means for increasing pressure; wherein the means for moderating flow (30, 32, 34) comprise at least one of a flow control valve, and a gas capacitance means in combination with a downstream flow restriction. withdrawing an argon-containing fluid from a first cryogenic distillation column; increasing the pressure of at least a portion of the argon-containing fluid in a means for increasing pressure thereby forming a compressed argon-containing fluid; introducing at least a portion of the compressed argon-containing fluid into a first end portion of a first pressure swing adsorption vessel; withdrawing a first argon-rich gas from a second end portion of the first pressure swing adsorption vessel; terminating the introduction of the compressed argon-containing fluid into the first pressure swing adsorption vessel; withdrawing a depressurization gas from at least one of the first end portion and a middle portion of the first pressure swing adsorption vessel thereby reducing the pressure in the first pressure swing adsorption vessel to a final depressurization pressure; regulating the flow of at least a portion of the depressurization gas by passing the at least a portion of the depressurization gas to a means for moderating flow (30, 32, 34) thereby forming a regulated depressurization gas; and introducing the regulated depressurization gas into at least one of the first cryogenic distillation column and the means for increasing pressure; wherein the means for moderating flow (30, 32, 34) comprise at least one of a flow control valve, and a gas capacitance means in combination with a downstream flow restriction.
A welding method of welding a first composite material and a second composite material, each of which contains a carbon fiber base material and a thermoplastic resin, the method comprising: a sheet disposition process of disposing a first protection sheet such that the first protection sheet comes into contact with a first bonding surface of the first composite material, disposing a second protection sheet such that the second protection sheet comes into contact with a second bonding surface of the second composite material, and disposing an energization sheet such that the energization sheet comes into contact with the first protection sheet and the second protection sheet; an electrode disposition process of disposing a pair of electrode portions (11,12) such that the electrode portions (11,12) come into contact with a pair of end portions (251,252) of the energization sheet; and a welding process of applying a voltage to the pair of electrode portions (11,12) and welding the first composite material and the second composite material, wherein the energization sheet contains the carbon fiber base material oriented in a first predetermined direction connecting the pair of electrode portions (11,12), characterized in that each of the first protection sheet, the second protection sheet, and the energization sheet contains the carbon fiber base material oriented unidirectionally and the thermoplastic resin, and the first protection sheet and the second protection sheet contain the carbon fiber base material oriented in a second predetermined direction that substantially perpendicularly intersects the first predetermined direction. a sheet disposition process of disposing a first protection sheet such that the first protection sheet comes into contact with a first bonding surface of the first composite material, disposing a second protection sheet such that the second protection sheet comes into contact with a second bonding surface of the second composite material, and disposing an energization sheet such that the energization sheet comes into contact with the first protection sheet and the second protection sheet; an electrode disposition process of disposing a pair of electrode portions (11,12) such that the electrode portions (11,12) come into contact with a pair of end portions (251,252) of the energization sheet; and a welding process of applying a voltage to the pair of electrode portions (11,12) and welding the first composite material and the second composite material, wherein the energization sheet contains the carbon fiber base material oriented in a first predetermined direction connecting the pair of electrode portions (11,12), characterized in that each of the first protection sheet, the second protection sheet, and the energization sheet contains the carbon fiber base material oriented unidirectionally and the thermoplastic resin, and the first protection sheet and the second protection sheet contain the carbon fiber base material oriented in a second predetermined direction that substantially perpendicularly intersects the first predetermined direction.
An eye tracking system comprising: a pair of glasses including two frames; a light scanning projector coupled to the pair of glasses and operable to scan a beam of light to project a first portion of an image frame including a first series of pixels and a second portion of the image frame including a second series of pixels; an eyepiece mounted in one of the two frames and optically coupled to the light scanning projector, the eyepiece including an exit pupil expander operable to direct at least a portion of the beam of light towards an eye of a user; one or more photodetectors coupled to at least one of the two frames of the pair of glasses and operable to detect a first set of time-varying reflected signals associated with the first series of pixels and a second set of time-varying reflected signals associated with the second series of pixels; and a processor coupled to the light scanning projector and the one or more photodetectors, wherein the processor is operable to determine an eye orientation based on a correlation between the first set of time-varying reflected signals and the first series of pixels and a correlation between the second set of time-varying reflected signals and the second series of pixels. a pair of glasses including two frames; a light scanning projector coupled to the pair of glasses and operable to scan a beam of light to project a first portion of an image frame including a first series of pixels and a second portion of the image frame including a second series of pixels; an eyepiece mounted in one of the two frames and optically coupled to the light scanning projector, the eyepiece including an exit pupil expander operable to direct at least a portion of the beam of light towards an eye of a user; one or more photodetectors coupled to at least one of the two frames of the pair of glasses and operable to detect a first set of time-varying reflected signals associated with the first series of pixels and a second set of time-varying reflected signals associated with the second series of pixels; and a processor coupled to the light scanning projector and the one or more photodetectors, wherein the processor is operable to determine an eye orientation based on a correlation between the first set of time-varying reflected signals and the first series of pixels and a correlation between the second set of time-varying reflected signals and the second series of pixels.
A bicycle comprising: a main frame; a front wheel mounted for rotation relative to the main frame; a rear dropout; a rear wheel mounted for rotation relative to the rear dropout, the rear wheel defining a center plane of the bicycle; the rear wheel supporting a cassette; the cassette being interconnected with a crankset by a chain; and a rear stay, coupling the rear dropout to the main frame, the rear stay having an inner surface facing the rear wheel and an outer surface facing away from the rear wheel, the rear stay comprising a seatstay (140, 142) including a front portion and a rear portion and a steep portion having an outer surface at a steep angle of between about 25 degrees and about 75 degrees relative to the center plane, wherein a front end of the steep portion is coupled to the front portion and a rear end of the steep portion is coupled to the rear portion in the proximity of the rear dropout and at least a portion of the steep portion is disposed outboard of the chain. a main frame; a front wheel mounted for rotation relative to the main frame; a rear dropout; a rear wheel mounted for rotation relative to the rear dropout, the rear wheel defining a center plane of the bicycle; the rear wheel supporting a cassette; the cassette being interconnected with a crankset by a chain; and a rear stay, coupling the rear dropout to the main frame, the rear stay having an inner surface facing the rear wheel and an outer surface facing away from the rear wheel, the rear stay comprising a seatstay (140, 142) including a front portion and a rear portion and a steep portion having an outer surface at a steep angle of between about 25 degrees and about 75 degrees relative to the center plane, wherein a front end of the steep portion is coupled to the front portion and a rear end of the steep portion is coupled to the rear portion in the proximity of the rear dropout and at least a portion of the steep portion is disposed outboard of the chain.
A hand-held garment steamer comprising: - a steam generating chamber including a surface; - a heater to heat the surface such that water fed onto the surface is converted into steam, and - a scale collection chamber having an opening, the surface and the opening being positioned relative to each other and configured so that: a) when the garment steamer is in a first orientation in which the surface extends downwardly away from the opening, water fed onto the surface flows away from the opening to be evaporated from the surface, and b) when the garment steamer is in a second orientation in which the surface extends downwardly towards the opening, scale dislodged from the surface falls into the scale collection chamber through the opening, characterized in that said scale collection chamber is located below the steam generating chamber in both the first orientation and the second orientation. - a steam generating chamber including a surface; - a heater to heat the surface such that water fed onto the surface is converted into steam, and - a scale collection chamber having an opening, the surface and the opening being positioned relative to each other and configured so that: a) when the garment steamer is in a first orientation in which the surface extends downwardly away from the opening, water fed onto the surface flows away from the opening to be evaporated from the surface, and b) when the garment steamer is in a second orientation in which the surface extends downwardly towards the opening, scale dislodged from the surface falls into the scale collection chamber through the opening, a) when the garment steamer is in a first orientation in which the surface extends downwardly away from the opening, water fed onto the surface flows away from the opening to be evaporated from the surface, and b) when the garment steamer is in a second orientation in which the surface extends downwardly towards the opening, scale dislodged from the surface falls into the scale collection chamber through the opening,
A local obstacle avoidance walking method of a self-moving robot, the method specifically comprises the following steps: step 100: the self-moving robot walks in a first direction, and when an obstacle is detected, the self-moving robot translates for a displacement M1 in a second direction perpendicular to the first direction; and step 200: determining whether the self-moving robot is able to continue to walk in the first direction after the translation, if a result of the determination is positive, the self-moving robot continues to walk in the first direction, and if the result of the determination is negative, the self-moving robot acts according to a preset instruction, wherein the action according to the preset instruction comprises that the self-moving robot walks in the opposite direction to the first direction or that the self-moving robot translates for a displacement M1 in the second direction, characterized in that the self-moving robot is configured to detect whether there is a frameless edge in a working region, in which the self-moving robot is configured to walk, in order to prevent the self-moving robot from falling off the working region. step 100: the self-moving robot walks in a first direction, and when an obstacle is detected, the self-moving robot translates for a displacement M1 in a second direction perpendicular to the first direction; and step 200: determining whether the self-moving robot is able to continue to walk in the first direction after the translation, if a result of the determination is positive, the self-moving robot continues to walk in the first direction, and if the result of the determination is negative, the self-moving robot acts according to a preset instruction, wherein the action according to the preset instruction comprises that the self-moving robot walks in the opposite direction to the first direction or that the self-moving robot translates for a displacement M1 in the second direction, characterized in that the self-moving robot is configured to detect whether there is a frameless edge in a working region, in which the self-moving robot is configured to walk, in order to prevent the self-moving robot from falling off the working region.
A heterodimer comprising human IgG antibody CH3 domains characterised in that Lys409 of one CH3 domain is substituted with tryptophan, and Asp399 and Phe405 of the other CH3 domain are substituted with valine and threonine respectively and the heterodimer comprises a binding between said W and an amino acid selected from said V and said T and (a) Tyr349 of one CH3 domain is substituted with serine, and Glu357 of the other CH3 domain is substituted with tryptophan and the heterodimer comprises a binding between said W and said S; (b) Lys360 of one CH3 domain is substituted with glutamic acid, and Gln347 of the other CH3 domain is substituted with arginine and the heterodimer comprises a binding between said E and said R; or (c) Gln347 and Lys360 of one CH3 domain are substituted with glutamic acid respectively, and Gln347 of the other CH3 domain is substituted with arginine and the heterodimer comprises a binding between an amino acid selected from said Es and said R; wherein the positions are numbered according to the EU index with reference to human IgG1. (a) Tyr349 of one CH3 domain is substituted with serine, and Glu357 of the other CH3 domain is substituted with tryptophan and the heterodimer comprises a binding between said W and said S; (b) Lys360 of one CH3 domain is substituted with glutamic acid, and Gln347 of the other CH3 domain is substituted with arginine and the heterodimer comprises a binding between said E and said R; or (c) Gln347 and Lys360 of one CH3 domain are substituted with glutamic acid respectively, and Gln347 of the other CH3 domain is substituted with arginine and the heterodimer comprises a binding between an amino acid selected from said Es and said R;
Device for fixing at least one brace (2, 3) to a fence post formed by a pole, said pole being a known metal tubular profile having a C-shaped cross section and the brace(s) (2, 3) being produced as metal rods arranged at an angle relative to the fence post, the top end of each brace being formed by a flat bar (10, 37) having a smooth hole (35, 36) drilled in the centre thereof, which hole allows for the passage of the threaded rod of a fixing bolt, the bottom end of each brace (2, 3) being anchored in the ground, the device being formed of an elongate plate, the width of which is greater than that of the longitudinal opening of the C-shaped profile, the plate comprising at least two holes, characterised in that the threaded rod of a fixing bolt is screwed into the tapped hole in a small plate which is intended to be arranged inside the pole, against the internal faces of the extremities which delimit the longitudinal opening of the C-shaped profile, said plate being extended backwards by a flange, the depth of which is shallower than the depth of the C-shaped profile, the zone of quadrangular cross section, in which the elongate plate and the flange are joined, having a diagonal dimension that is smaller than the width of the opening of the C-shaped profile, and in that one of the holes in the plate is tapped, in which hole the threaded rod of a first fixing bolt is screwed, which threaded rod is intended to penetrate the smooth hole drilled in the top-end flat bar of the brace(s), and the other is smooth, in order to allow for the passage of the threaded rod of a second fixing bolt, which is screwed in the tapped hole in the small plate, said small plate being located on the same side as the flange in relation to the elongate plate and having two dimensional properties such that the smallest dimension thereof is smaller than the width of the longitudinal opening in the C-shaped profile and the largest dimension thereof is greater than the width of said C-shaped profile, thereby allowing the small plate to be inserted into the C-shaped profile and allowing said small plate to freely rotate about approximately a quarter of a turn in said C-shaped profile, to the rear of the internal faces of the two extremities thereof, until said small plate forms a nut clamped by the internal faces of the two wings of said C-shaped profile.
A rubber vibration isolator which is formed by curing a rubber composition comprising a diene rubber, and a carbon black and a silica as fillers, characterized in that the mixing ratio of the carbon black (a) and the silica (b) is (a)/(b) = 80/20 to 20/80 (weight ratio), and a silane coupling agent in an amount of 1 to 10 wt% based on the amount of silica.
A composite wafer comprising a supporting substrate and a semiconductor substrate which are bonded to each other by direct bonding, wherein the supporting substrate is plate-shaped composed of polycrystalline translucent alumina, wherein a total light transmittance at a wavelength region of 200 to 250 nm of the supporting substrate is 70% or more, a linear transmittance at a wavelength region of 200 to 750 nm of the supporting substrate is 20% or less, an average crystal grain size of the supporting substrate is 10 to 50 μm, and an arithmetic surface roughness of both surfaces of the supporting substrate is 0.5 to 20 nm; the semiconductor substrate is composed of silicon, and the total light transmittance at a wavelength region of 200 to 250 nm is higher than the total light transmittance at a wavelength of 555 nm, wherein the total light transmittance and the linear transmittance are measured on the supporting substrate without being bonded to the semiconductor substrate.