mhurhangee/ep-ind-claims huggingface dataset:
An anterior eye tomographic image capturing apparatus configured to determine an estimated lens position of an intraocular lens, the apparatus comprising: a processor; and a memory storing computer-readable instructions therein, the computer-readable instructions, when executed by the processor, causing the apparatus to perform: acquiring a tomographic image of an anterior eye (Ec) along a straight line passing through a corneal apex of the anterior eye (Ec); identifying a corneal apex position of the anterior eye (Ec), an equator position of a crystalline lens of the anterior eye (Ec), and a scleral spur position of the anterior eye (Ec) based on the tomographic image wherein the scleral spur position is located in a deep portion of an angle area of the anterior eye (Ec); and calculating an estimated lens position based on a first distance (CCT1,SPD1; CCT2, SPD2) from the corneal apex position to the scleral spur position in a direction of a visual axis and a second distance (a1; a2) from the scleral spur position to the equator position in the direction of the visual axis. a processor; and a memory storing computer-readable instructions therein, the computer-readable instructions, when executed by the processor, causing the apparatus to perform: acquiring a tomographic image of an anterior eye (Ec) along a straight line passing through a corneal apex of the anterior eye (Ec); identifying a corneal apex position of the anterior eye (Ec), an equator position of a crystalline lens of the anterior eye (Ec), and a scleral spur position of the anterior eye (Ec) based on the tomographic image wherein the scleral spur position is located in a deep portion of an angle area of the anterior eye (Ec); and calculating an estimated lens position based on a first distance (CCT1,SPD1; CCT2, SPD2) from the corneal apex position to the scleral spur position in a direction of a visual axis and a second distance (a1; a2) from the scleral spur position to the equator position in the direction of the visual axis. acquiring a tomographic image of an anterior eye (Ec) along a straight line passing through a corneal apex of the anterior eye (Ec); identifying a corneal apex position of the anterior eye (Ec), an equator position of a crystalline lens of the anterior eye (Ec), and a scleral spur position of the anterior eye (Ec) based on the tomographic image wherein the scleral spur position is located in a deep portion of an angle area of the anterior eye (Ec); and calculating an estimated lens position based on a first distance (CCT1,SPD1; CCT2, SPD2) from the corneal apex position to the scleral spur position in a direction of a visual axis and a second distance (a1; a2) from the scleral spur position to the equator position in the direction of the visual axis.
A connecting rod for an internal combustion engine; the connecting rod comprising a small end, a big end, and a shank assembly, which connects the small end to the big end and develops between the small end and the big end; wherein the shank assembly comprises a first shank and a second shank, which are preferably symmetrical with respect to a reference plane that extends from the small end to the big end, wherein the reference plane is a median plane of the connecting rod; the first and the second shanks (5, 6) are housed prevalently in a respective plane that is parallel to the reference plane; the shank assembly comprises a branch assembly, which connects the first and the second shanks (5, 6) together and extends in a direction transverse to the plane; the first and the second shanks (5, 6) are in contact via the branch assembly at least in a point interposed in a position different from the points where the first and the second shanks (5, 6) are in contact with the small end and with the big end; wherein each first and second shank (5, 6) comprise a first and a second portion (20, 21), the first portion is defined by a single body and is connected on one side to the small end and on the other side to the second portion; the connecting road being characterized in that each second portion comprises three parts, namely two outer parts (23, 24) and one central part, which are connected on one side to the first portion; the central parts of the first shank and of the second shank are connected together along a first portion of the plane.
A method for communication in a wireless telecommunication network, the method comprising: transmitting, by a first cell, to a first user equipment, UE, a first signal on a resource block configured to be shared by more than one cell; and transmitting, by a second cell, to a second UE, a second signal on the same resource block, wherein a specification of a location of the resource block is included in configuration information available to the first cell and the second cell, wherein the configuration information is provided to the first cell and the second cell by a third cell and is determined by the third cell based on information received from the first cell and the second cell, the received information comprising at least one of: an indication that the first cell and the second cell are capable of sharing at least one resource block; a request from the first cell and the second cell for the configuration information; at least one maximum number of transmission layers possible in each of the first cell and the second cell; and at least one allowed number of transmission layers requested by each of the first cell and the second cell. transmitting, by a first cell, to a first user equipment, UE, a first signal on a resource block configured to be shared by more than one cell; and transmitting, by a second cell, to a second UE, a second signal on the same resource block, wherein a specification of a location of the resource block is included in configuration information available to the first cell and the second cell, wherein the configuration information is provided to the first cell and the second cell by a third cell and is determined by the third cell based on information received from the first cell and the second cell, the received information comprising at least one of: an indication that the first cell and the second cell are capable of sharing at least one resource block; a request from the first cell and the second cell for the configuration information; at least one maximum number of transmission layers possible in each of the first cell and the second cell; and at least one allowed number of transmission layers requested by each of the first cell and the second cell.
An optical surgical probe comprising: a handpiece, the handpiece configured to optically couple to a light source; at least one light guide within the handpiece; the at least one light guide configured to carry a light beam from the light source to a distal end of the handpiece; a multi-spot generator at a distal end of the handpiece, the multi-spot generator including a faceted optical element with a faceted end surface spaced from a distal end of the light guide, the faceted end surface including at least one facet oblique to a path of the light beam and the multi-spot generator further comprising a spherical or nearly spherical ball lens; characterized in that the faceted optical element is formed from an optical adhesive medium, so as to surround the ball lens. a handpiece, the handpiece configured to optically couple to a light source; at least one light guide within the handpiece; the at least one light guide configured to carry a light beam from the light source to a distal end of the handpiece; a multi-spot generator at a distal end of the handpiece, the multi-spot generator including a faceted optical element with a faceted end surface spaced from a distal end of the light guide, the faceted end surface including at least one facet oblique to a path of the light beam and the multi-spot generator further comprising a spherical or nearly spherical ball lens; characterized in that the faceted optical element is formed from an optical adhesive medium, so as to surround the ball lens.
Method for operating an illuminating device of a motor vehicle, wherein the illuminating device radiates light into a luminous volume, wherein a control condition is evaluated, the fulfilment of which depends on whether the luminous volume comprises a partial luminous volume (4, 21) which illuminates an area (9, 12) and/or an ambient volume which is illuminated by an infrastructure lamp, wherein, when the control condition is fulfilled, the illuminating device is controlled in such a manner that light is radiated into the partial luminous volume (4, 21) with a different light intensity than into a residual luminous volume (5, 6) of the luminous volume that is outside the partial luminous volume (4, 21), characterized in that light is radiated into the partial luminous volume (4, 21) with a higher light intensity than into the residual luminous volume (5, 6).
An automotive lubricant base oil formulation comprising hydrocarbon base oil having a kinematic viscosity of 100 centiStokes or less at 40 degrees Celsius and five weight-percent (wt%) to 50 wt% of an alkyl capped oil soluble polymer, based on the total combined weight of the alkyl capped oil soluble polymer and the based oil, where the alkyl capped oil soluble polymer has the structure of Formula I: R 1 [O(R 2 O) n (R 3 O) m R 4] p wherein R 1 is an alkyl having from one to thirty carbons, R 2 and R 3 are different alkyls having three or four carbons and can be in block form or randomly combined, R 4 is an alkyl having from one to 18 carbon atoms, n and m are independently numbers ranging from zero to 20 provided that n+m is greater than zero and p is a number within a range of one to three; wherein the alkyl capped oil soluble polymer has molecular weight of 200 grams per mole to 700 grams per mole so as to achieve a kinematic viscosity of less than six centiStokes at 100 degrees Celsius for the automotive lubricant base oil.
Relay valve device, in particular for commercial vehicles, having: a relay piston, which is arranged in a housing, has a piston pin extending in a longitudinal direction from a piston plate and can be moved in the longitudinal direction in a piston plate guide, wherein the piston plate divides an interior of the housing into a volume on the piston pin side and a volume facing away from the piston pin, a valve apparatus, which can be actuated by the piston pin in order to be able to introduce a fluid from a supply pressure reservoir into the volume on the piston pin side, and an intermediate element, which is arranged around the piston pin and divides the volume on the piston pin side into a volume on the piston plate side and a volume facing away from the piston plate and limits the flow rate of the fluid to the piston plate by means of at least one through opening, characterized in that the intermediate element can be moved in the longitudinal direction in an intermediate element guide relative thereto and in that the relay valve device has an intermediate element stop, which limits the movement of the intermediate element in the direction of the piston plate and against which the intermediate element can be brought into sealing contact by means of the fluid pressure. a relay piston, which is arranged in a housing, has a piston pin extending in a longitudinal direction from a piston plate and can be moved in the longitudinal direction in a piston plate guide, wherein the piston plate divides an interior of the housing into a volume on the piston pin side and a volume facing away from the piston pin, a valve apparatus, which can be actuated by the piston pin in order to be able to introduce a fluid from a supply pressure reservoir into the volume on the piston pin side, and an intermediate element, which is arranged around the piston pin and divides the volume on the piston pin side into a volume on the piston plate side and a volume facing away from the piston plate and limits the flow rate of the fluid to the piston plate by means of at least one through opening, characterized in that the intermediate element can be moved in the longitudinal direction in an intermediate element guide relative thereto and in that the relay valve device has an intermediate element stop, which limits the movement of the intermediate element in the direction of the piston plate and against which the intermediate element can be brought into sealing contact by means of the fluid pressure.
Fuel injection device for injecting fuel into a combustion chamber of an internal combustion engine, having an end remote from the combustion chamber, which end has at least one electrical connection and at least one return connection, wherein the return connection and the electrical connection are integrated into a common connection head and the fuel injection device comprises a housing body, wherein the connection body is formed from plastic material with which that end of the fuel injection device which is remote from the combustion chamber is extrusion-coated, and the return connection runs through a support plate which constitutes a connection on that end of the fuel injection device which is remote from the combustion chamber, wherein the support plate delimits a return chamber, which is formed in the housing body, in an axial direction, characterized in that the support plate delimits the return chamber in an axial direction and the housing body in a radial direction, and the magnet actuator is preloaded away from the support plate by a plate spring, wherein the plate spring is arranged in the return chamber.
An information processing method, comprising: obtaining, from a mobile object, (i) at least one of operation information indicating operation performed on and/or movement made by the mobile object and traveling information indicating a traveling route taken by the mobile object and derived from positional information, and (ii) sensor data indicating surroundings of the mobile object and obtained by sensing of the traveling route using a sensor included in the mobile object; causing a learning model to learn, by manual driving of the mobile object by a user along a travelling route and using (i) the at least one of the operation information and the traveling information, and (ii) the sensor data as input, at least one of operation performed on and movement made by the mobile object using the sensor data obtained by sensing of the traveling route, the learning model being trained for autonomous driving of the mobile object; generating, according to a number of times the learning model is trained, presentation information indicating the input required before the learning model completes learning about the traveling route; and causing a presentation device to present the presentation information. obtaining, from a mobile object, (i) at least one of operation information indicating operation performed on and/or movement made by the mobile object and traveling information indicating a traveling route taken by the mobile object and derived from positional information, and (ii) sensor data indicating surroundings of the mobile object and obtained by sensing of the traveling route using a sensor included in the mobile object; causing a learning model to learn, by manual driving of the mobile object by a user along a travelling route and using (i) the at least one of the operation information and the traveling information, and (ii) the sensor data as input, at least one of operation performed on and movement made by the mobile object using the sensor data obtained by sensing of the traveling route, the learning model being trained for autonomous driving of the mobile object; generating, according to a number of times the learning model is trained, presentation information indicating the input required before the learning model completes learning about the traveling route; and causing a presentation device to present the presentation information.
Bellows element of a bellows for forming a tunnel-shaped transition protection between two vehicle members interconnected in an articulated manner, wherein the bellows element comprises, at least in sections, a cross-sectional profile which is open at one side, which cross-sectional profile comprises a central section and two mutually opposite side sections projecting from the central section, wherein the bellows element comprises a plurality of frame bellows elements, which frame bellows elements are connected to one another in a frame-like manner, wherein a connecting arch connecting two frame bellows elements to one another along a longitudinal arch axis is formed between every two frame bellows elements, wherein the connecting arches each comprise a central arch segment and two side arch segments fastened to the central arch segment, wherein the central arch segment extends in the central section of the cross-sectional profile which is open at one side and the two side arch segments extend in the side sections, wherein the central arch segment and the two side arch segments overlap in a central overlap region, characterized in that at least one of the connecting arches has a central arch segment with a sleeve section arranged at the end, wherein the sleeve section extends up into the side sections of the cross-sectional profile which is open at one side, so that additional lateral overlap regions are formed in the sleeve section between the side arch segments and the central arch segment.
A method for spatially resolving the enlargement of precious metal nanoparticles that are present on a substrate, comprising the following steps: a) providing a substrate coated with precious metal nanoparticles, b) optionally functionalizing the substrate with an agent that supports the adhesion of the precious metal nanoparticles to the substrate, c) contacting the substrate with a precious metal salt solution, wherein the precious metal salt solution is an aqueous precious metal salt solution to which an organic compound has been added which at UV irradiation forms organic radicals that serve as reducing agents for the precious metal ions, d) UV irradiating of the substrate in contact with the precious metal salt solution thus creating a reduction of the precious metal salt and a currentless deposition of elemental precious metal on the precious metal nanoparticles and corresponding growth of the precious metal nanoparticles in the irradiated regions of the substrate, e) optionally using a mask to bring about a localized growth of the precious metal nanoparticles in predetermined regions of the substrate. a) providing a substrate coated with precious metal nanoparticles, b) optionally functionalizing the substrate with an agent that supports the adhesion of the precious metal nanoparticles to the substrate, c) contacting the substrate with a precious metal salt solution, wherein the precious metal salt solution is an aqueous precious metal salt solution to which an organic compound has been added which at UV irradiation forms organic radicals that serve as reducing agents for the precious metal ions, d) UV irradiating of the substrate in contact with the precious metal salt solution thus creating a reduction of the precious metal salt and a currentless deposition of elemental precious metal on the precious metal nanoparticles and corresponding growth of the precious metal nanoparticles in the irradiated regions of the substrate, e) optionally using a mask to bring about a localized growth of the precious metal nanoparticles in predetermined regions of the substrate.
A method for producing a cell sheet, comprising the following steps; a step of preparing a retinal pigment epithelial cell, a step of seeding the prepared cell on a plane substrate at 10,000 cells/mm 2 - 120,000 cells/mm 2, and culturing the cell, wherein the cell sheet comprises a basement membrane formed on the side opposite from the side to be in contact with the plane substrate, and a step of confirming formation of Bruch's membrane on the side opposite from the side to be in contact with the plane substrate of the cell. a step of preparing a retinal pigment epithelial cell, a step of seeding the prepared cell on a plane substrate at 10,000 cells/mm 2 - 120,000 cells/mm 2, and culturing the cell, wherein the cell sheet comprises a basement membrane formed on the side opposite from the side to be in contact with the plane substrate, and a step of confirming formation of Bruch's membrane on the side opposite from the side to be in contact with the plane substrate of the cell.
Hybrid particle comprising at least two vinyl polymers (vinyl polymers A and B), where vinyl polymer A comprises colloidal SiO 2 particles with average particle size from 1 to 150 nm and vinyl polymer B is capable of crosslinking hybrid particles to one another, where chemical and/or physical crosslinking is involved, where the crosslinking is a three-dimensional network and in the crosslinked hybrid particle a large number of individual particles become bonded by way of the vinyl polymer B to give the network, and in which the hybrid particle comprises at least 10 SiO 2 particles.
A medical device, wherein the device is a pen-type drug delivery device or injection device and comprises: - a mechanism; - a body; - a receptacle in the body, the receptacle being provided for a cartridge; - a piston movable in the receptacle by means of a piston rod having an axis, the piston rod having a screw thread; - a first element and a second element of the mechanism, the second element of the mechanism having a thread engaging the screw thread of the piston rod; - a coupling device engaging the first element and the second element when the cartridge is inserted in the receptacle, wherein when the first element and the second element are engaged a relative rotation of the first element and the second element is inhibited and the second element cannot rotate relatively to the body because the first element is rotationally fixed to the body;a spring arranged in contact with at least one of the first element and the second element and tending to disengage the first element and the second element; - the spring being a wave spring or wave washer; - wherein the first element and the second element are disengaged by means of the spring when the cartridge is removed such that a rotation of the second element and a reset or movement of the piston rod to a starting position is enabled. - a mechanism; - a body; - a receptacle in the body, the receptacle being provided for a cartridge; - a piston movable in the receptacle by means of a piston rod having an axis, the piston rod having a screw thread; - a first element and a second element of the mechanism, the second element of the mechanism having a thread engaging the screw thread of the piston rod; - a coupling device engaging the first element and the second element when the cartridge is inserted in the receptacle, wherein when the first element and the second element are engaged a relative rotation of the first element and the second element is inhibited and the second element cannot rotate relatively to the body because the first element is rotationally fixed to the body;a spring arranged in contact with at least one of the first element and the second element and tending to disengage the first element and the second element; - the spring being a wave spring or wave washer; - wherein the first element and the second element are disengaged by means of the spring when the cartridge is removed such that a rotation of the second element and a reset or movement of the piston rod to a starting position is enabled.