mhurhangee/ep-ind-claims huggingface dataset:
A fundus imaging system that scans a retina of a subject, the system comprising: at least one light source configured to emit a light beam; a first reflection mirror that reflects a light beam incident on the first reflection mirror after passing through a first focus of the first reflection mirror so as to cause the light beam to pass through a second focus; a two-dimensional scanning unit that is disposed at a position of the first focus of the first reflection mirror and reflects a light beam incident on the two-dimensional scanning unit so as to scan the retina with the light beam in two-dimensional directions; a second reflection mirror that reflects a light beam incident on the second reflection mirror after passing through a third focus so as to cause the light beam to pass through a fourth focus, the second reflection mirror being disposed so that a position of the third focus coincides with a position of the second focus of the first reflection mirror, wherein a position of the pupil of the subject is disposed so as to coincide with a position of the fourth focus of the second reflection mirror; characterized in that the fundus imaging system further comprises a plane reflection mirror that reflects a light beam reflected off the first reflection mirror toward the second reflection mirror, wherein the plane reflection mirror transmits a part of a light beam returned from the second reflection mirror; and a detecting unit that detects the light beam that has been transmitted through the plane reflection mirror. at least one light source configured to emit a light beam; a first reflection mirror that reflects a light beam incident on the first reflection mirror after passing through a first focus of the first reflection mirror so as to cause the light beam to pass through a second focus; a two-dimensional scanning unit that is disposed at a position of the first focus of the first reflection mirror and reflects a light beam incident on the two-dimensional scanning unit so as to scan the retina with the light beam in two-dimensional directions; a second reflection mirror that reflects a light beam incident on the second reflection mirror after passing through a third focus so as to cause the light beam to pass through a fourth focus, the second reflection mirror being disposed so that a position of the third focus coincides with a position of the second focus of the first reflection mirror, wherein a position of the pupil of the subject is disposed so as to coincide with a position of the fourth focus of the second reflection mirror; characterized in that the fundus imaging system further comprises a plane reflection mirror that reflects a light beam reflected off the first reflection mirror toward the second reflection mirror, wherein the plane reflection mirror transmits a part of a light beam returned from the second reflection mirror; and a detecting unit that detects the light beam that has been transmitted through the plane reflection mirror.
A scroll pump comprising a pump housing, a drive shaft having a concentric shaft portion and an eccentric shaft portion connected to an orbiting scroll, the shaft being arranged to be driven by a motor so that during use rotation of the shaft imparts an orbiting motion to the orbiting scroll relative to a fixed scroll for pumping fluid between a pump inlet and pump outlet of the compressor, the fixed scroll having an opening through which the shaft extends and is connected to the orbiting scroll on an opposing side of the fixed scroll to the motor, characterised by a cap being fixed to a raised seat of the orbiting scroll and sealing a high vacuum region located on an orbiting scroll side of the scroll arrangement from a low vacuum region being located generally on a fixed scroll side of the scroll arrangement, wherein a lubricant free anti-rotation device is located in the high vacuum region for resisting rotation of the orbiting scroll and allowing said orbiting motion, and a bearing arrangement (36, 34) for supporting rotation of the concentric shaft portion and eccentric shaft portion is located in the low vacuum region, and a counter-weight for balancing the weight of the orbiting components of the pump, wherein the counter-weight is located in the low vacuum region and adjacent to the scroll plate of the orbiting scroll, and wherein the anti-rotation device is made from a flexible plastics material comprising a central body portion from which two pairs of opposing arms extend, a first pair being connected to the housing and a second pair being connected to the orbiting scroll, wherein the first pair flex to allow movement of the orbiting scroll relative to the housing in a first direction and the second pair flex to allow movement of the orbiting scroll relative to the housing in a second direction generally orthogonal to the first direction.
A magnetic latching relay capable of accurately positioning a magnetic circuit, comprising a magnetic circuit portion and a base, the magnetic circuit portion comprising a yoke, an iron core, an armature, and a bobbin, wherein the iron core is inserted into a through-hole of the bobbin, and the yoke comprises two yokes, and one side of each of the two yokes is connected to the iron core respectively at the both ends of the through-hole of the bobbin, and the armature is fitted between the other side of each of the two yokes, the magnetic circuit portion is mounted on the base, with the axis of the through-hole of the bobbin in a horizontal manner; in at least one of the two yokes, a positioning convex portion is further provided on the outward face of the side of the yoke, the magnetic latching relay being characterised in that positioning grooves are formed in at least one side wall to be engaged with the positioning convex portion (911 1)of the yoke, to realize the positioning of the magnetic circuit portions on the base in the horizontal direction perpendicular to the axis of the bobbin through hole. the iron core is inserted into a through-hole of the bobbin, and the yoke comprises two yokes, and one side of each of the two yokes is connected to the iron core respectively at the both ends of the through-hole of the bobbin, and the armature is fitted between the other side of each of the two yokes, the magnetic circuit portion is mounted on the base, with the axis of the through-hole of the bobbin in a horizontal manner; in at least one of the two yokes, a positioning convex portion is further provided on the outward face of the side of the yoke, the magnetic latching relay being characterised in that positioning grooves are formed in at least one side wall to be engaged with the positioning convex portion (911 1)of the yoke, to realize the positioning of the magnetic circuit portions on the base in the horizontal direction perpendicular to the axis of the bobbin through hole.
A stack of separation discs adapted to be comprised inside a centrifugal rotor for separating a liquid, comprising a plurality of axially aligned separation discs having a truncated conical shape with an inner surface and an outer surface and a plurality of spot-formed spacing members extending from a base from at least one of the inner surface and the outer surface for providing interspaces between mutually adjacent separation discs in said stack of separation discs, characterised in that said plurality of separation discs having spot-formed spacing members are arranged so that a majority of said spot-formed spacing members of a disc are displaced compared to the spot-formed spacing members of an adjacent disc.
An electric power steering system comprising a control unit configured to: i) compute an assist control amount that is a current amount, based on multiple kinds of state quantities indicating a steering state; ii) control a motor based on the assist control amount, the motor being a source of assist force to be applied to a steering system of a vehicle; iii) individually set, for the respective state quantities, limiting values that limit a variation range of the assist control amount, based on the respective state quantities used to compute the assist control amount; and iv) limit a value of the assist control amount using the limiting values, the electric power steering system characterized in that the control unit is configured to a) acquire a command value generated by a host control unit to change the assist control amount; b) change the assist control amount using the command value before the assist control amount is limited using the limiting values; and c) take the command value into account in setting of at least one of the limiting values. i) compute an assist control amount that is a current amount, based on multiple kinds of state quantities indicating a steering state; ii) control a motor based on the assist control amount, the motor being a source of assist force to be applied to a steering system of a vehicle; iii) individually set, for the respective state quantities, limiting values that limit a variation range of the assist control amount, based on the respective state quantities used to compute the assist control amount; and iv) limit a value of the assist control amount using the limiting values, a) acquire a command value generated by a host control unit to change the assist control amount; b) change the assist control amount using the command value before the assist control amount is limited using the limiting values; and c) take the command value into account in setting of at least one of the limiting values.
An intermediate transfer belt that has a surface layer formed on an elastic layer and that is arranged to be used for an image forming apparatus of an electrophotographic system, characterized in that stress relief time τ [ms] of a material used for the elastic layer and hardness H [MPa] of the surface layer satisfy a first condition that 0.48 < τ < 0.75 and 50 < H < 6275τ 3 - 13820τ 2 + 10140τ - 2330 or a second condition that 0.75 ≤ τ and 50 < H < 150, and a material used for the surface layer is such that surface-treated metal oxide fine particles are contained in a cured resin obtained by curing an active energy ray-curable composition containing polyfunctional (metha)acrylate, polyurethane acrylate, and a polymerizable compound having a low surface energy group.
A catheter system for delivery of a ureteral catheter in a ureter, comprising: - a ureteral catheter, - a pusher catheter to deliver the ureteral catheter at a desired location, - a connection device, to connect, in an assembled state a distal end of the pusher catheter to a proximal end of the ureteral catheter, characterized in that the catheter system comprises a first contrast agent channel to deliver fluid contrast agent near the distal end of the ureteral catheter and a second contrast agent channel to deliver fluid contrast agent near the proximal end of the ureteral catheter, wherein the first contrast agent channel and the second contrast agent channel are separate channels and wherein the first contrast agent channel and the second contrast agent channel run through the pusher catheter. - a ureteral catheter, - a pusher catheter to deliver the ureteral catheter at a desired location, - a connection device, to connect, in an assembled state a distal end of the pusher catheter to a proximal end of the ureteral catheter, characterized in that
A lighting system accommodating a light source and further comprising: - a track comprising at least a first and a second rail (5, 7) mutually extending equidistantly along an axis, said first and second rail are spaced apart by an opening defining a plane P and the first rail comprises a first electrically conductive strip and the second rails comprises a second electrically conductive strip, said strips are mutually electrically isolated, - at least one lighting module comprising a first and second electrical contact adapted to make electrical contact with a respective one of the first and second electrically conductive strip when supported by a respective carrier side of both the first and the second rail, and comprising a base having a mutually opposing first and second side, the lighting module and track being free from mutual overhang to enable to dismount the lighting module from the track by a displacement of the lighting module in a direction essentially perpendicular to plane P, wherein the lighting module comprises the light source and wherein the lighting module is a lamp and characterized in that the lighting module has a first light emission window in a first side and has a second light emission window in the second side of the lighting module for issuing light beams of mutually different characteristics during operation of the lighting system, wherein the first and second light emission window each comprise a respective optical element which have mutually different optical characteristics. - a track comprising at least a first and a second rail (5, 7) mutually extending equidistantly along an axis, said first and second rail are spaced apart by an opening defining a plane P and the first rail comprises a first electrically conductive strip and the second rails comprises a second electrically conductive strip, said strips are mutually electrically isolated, - at least one lighting module comprising a first and second electrical contact adapted to make electrical contact with a respective one of the first and second electrically conductive strip when supported by a respective carrier side of both the first and the second rail, and comprising a base having a mutually opposing first and second side,
A hybrid torque bar for a wheel assembly, the hybrid torque bar comprising: a base portion; a pin extending from a first end of the base portion; and a first rail extending between the first end of the base portion and a second end of the base portion opposite the first end, wherein an interior portion of at least one of the pin or the first rail comprises a first metal alloy, an exterior portion of the at least one of the pin or the first rail comprises a second metal alloy, and an intermediate portion of the at least one of the pin or the first rail extends between the interior portion and the exterior portion. a base portion; a pin extending from a first end of the base portion; and a first rail extending between the first end of the base portion and a second end of the base portion opposite the first end, wherein an interior portion of at least one of the pin or the first rail comprises a first metal alloy, an exterior portion of the at least one of the pin or the first rail comprises a second metal alloy, and an intermediate portion of the at least one of the pin or the first rail extends between the interior portion and the exterior portion.
A process for producing olefin polymers, which comprises the steps of: a. polymerizing one or more olefins in the gas phase, in the presence of an olefin polymerization catalyst, whereby growing polymer particles flow along a cylindrically-shaped downward path in densified form under the action of gravity so as to form a densified bed of downward-flowing polymer particles; b. allowing said polymer particles to flow through a restriction of the densified bed, such restriction being positioned in a restriction zone extending from the bed bottom upward to a distance of 15% of the total height of the densified bed; and c. metering an antistatic agent through a feed line connected to the densified bed at a feed point being located in a feed zone extending from the top of the restriction upward, to a distance five times the diameter of the section of the densified bed above the restriction. a. polymerizing one or more olefins in the gas phase, in the presence of an olefin polymerization catalyst, whereby growing polymer particles flow along a cylindrically-shaped downward path in densified form under the action of gravity so as to form a densified bed of downward-flowing polymer particles; b. allowing said polymer particles to flow through a restriction of the densified bed, such restriction being positioned in a restriction zone extending from the bed bottom upward to a distance of 15% of the total height of the densified bed; and c. metering an antistatic agent through a feed line connected to the densified bed at a feed point being located in a feed zone extending from the top of the restriction upward, to a distance five times the diameter of the section of the densified bed above the restriction.
A glass panel unit manufacturing method comprising: a bonding step of bonding together, with a sealing member in a frame shape, a first glass panel and a second glass panel that are arranged to face each other and thereby forming, between the first glass panel and the second glass panel, an inner space surrounded with the sealing member; an exhausting step of exhausting air from the inner space through an exhaust port that at least one of the first glass panel or the second glass panel has; and a sealing step of sealing up the inner space with a reduced pressure, characterized in that: the exhausting step including exhausting the air through the exhaust port and an exhaust pipe detachably connected to the exhaust port; and the exhaust pipe is detachably connected to the exhaust port with a highly heat-resistant clip. a bonding step of bonding together, with a sealing member in a frame shape, a first glass panel and a second glass panel that are arranged to face each other and thereby forming, between the first glass panel and the second glass panel, an inner space surrounded with the sealing member; an exhausting step of exhausting air from the inner space through an exhaust port that at least one of the first glass panel or the second glass panel has; and a sealing step of sealing up the inner space with a reduced pressure, characterized in that: the exhausting step including exhausting the air through the exhaust port and an exhaust pipe detachably connected to the exhaust port; and the exhaust pipe is detachably connected to the exhaust port with a highly heat-resistant clip. the exhausting step including exhausting the air through the exhaust port and an exhaust pipe detachably connected to the exhaust port; and the exhaust pipe is detachably connected to the exhaust port with a highly heat-resistant clip.
A conjugate, comprising: i) a sterol; ii) a chain of polyethylene glycol having a proximal end and a distal end wherein said chain of polyethylene glycol is covalently bound by its proximal end to i) via a bond of the type alkyl ether; iii) a peptide, capable of selectively binding to one or several receptors present in a target cell, said peptide being covalently bound to the distal end of ii). i) a sterol; ii) a chain of polyethylene glycol having a proximal end and a distal end wherein said chain of polyethylene glycol is covalently bound by its proximal end to i) via a bond of the type alkyl ether; iii) a peptide, capable of selectively binding to one or several receptors present in a target cell, said peptide being covalently bound to the distal end of ii).
A stowable table (10, 100, 200, 300) comprising: a table portion movable between a horizontal deployed position and a non-horizontal stowed position, the table portion being configured to be stowed in a receiving structure; and a holder configured to receive a liquid containing receptacle, wherein the holder is rotatably coupled to the table portion about a pivot axis; characterised in that the holder is slidably coupled to the table portion and is slidable between a set back position in which the pivot axis is set back from a distal end of the table portion when the table portion is in the deployed position and an aligned position in which the pivot axis is adjacent to the distal end of the table portion when in the stowed position. a table portion movable between a horizontal deployed position and a non-horizontal stowed position, the table portion being configured to be stowed in a receiving structure; and a holder configured to receive a liquid containing receptacle, wherein the holder is rotatably coupled to the table portion about a pivot axis; characterised in that the holder is slidably coupled to the table portion and is slidable between a set back position in which the pivot axis is set back from a distal end of the table portion when the table portion is in the deployed position and an aligned position in which the pivot axis is adjacent to the distal end of the table portion when in the stowed position.
Method for producing a vehicle tyre with the following steps: a) providing an unvulcanized green tyre, b) vulcanizing the green tyre by a vulcanizing apparatus, the vulcanizing apparatus comprising at least one mould segment by means of which a first visually visible code is applied in the region of the sidewall of the vehicle tyre, the code comprising a multiplicity of article-specific items of information for the produced vehicle tyre, c) removing the vulcanized vehicle tyre from the vulcanizing apparatus, d) providing the vulcanized vehicle tyre at an apparatus for engraving a second visually visible code, e) engraving the second visually visible code onto a region of the outer side of the vehicle tyre, the second visually visible code comprising a multiplicity of tyre-specific items of information for the produced vehicle tyre, the tyre-specific items of information being different for each produced vehicle tyre, the first and second codes being applied in the form of a composite QR code to a region of the sidewall of the vehicle tyre, the first code being applied on a first subregion of the QR code and the second code being applied in step e) in the second subregion of the QR code, f) finishing the vehicle tyre by further steps. a) providing an unvulcanized green tyre, b) vulcanizing the green tyre by a vulcanizing apparatus, the vulcanizing apparatus comprising at least one mould segment by means of which a first visually visible code is applied in the region of the sidewall of the vehicle tyre, the code comprising a multiplicity of article-specific items of information for the produced vehicle tyre, c) removing the vulcanized vehicle tyre from the vulcanizing apparatus, d) providing the vulcanized vehicle tyre at an apparatus for engraving a second visually visible code, e) engraving the second visually visible code onto a region of the outer side of the vehicle tyre, the second visually visible code comprising a multiplicity of tyre-specific items of information for the produced vehicle tyre, the tyre-specific items of information being different for each produced vehicle tyre, the first and second codes being applied in the form of a composite QR code to a region of the sidewall of the vehicle tyre, the first code being applied on a first subregion of the QR code and the second code being applied in step e) in the second subregion of the QR code, f) finishing the vehicle tyre by further steps.