mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmologic apparatus comprising: an objective lens; a refractive power measurement optical system configured to project light in a first wavelength range onto a subject's eye via the objective lens and to detect returning light from the subject's eye; an inspection optical system configured to project light in a second wavelength range onto the subject's eye via the objective lens; and an optical path separating unit that is arranged in an optical path of the refractive power measurement optical system and is configured to separate an optical path of the inspection optical system from the optical path of the refractive power measurement optical system, wherein the optical path separating unit is configured to separate the optical path of the inspection optical system from the optical path of the refractive power measurement optical system by performing wavelength separation based on changeable wavelength separation characteristics; characterized in that the optical path separating unit comprises: two or more wavelength separation elements having different wavelength separation characteristics; and a movement mechanism configured to selectively arrange the two or more wavelength separation elements in the optical path of the refractive power measurement optical system. an objective lens; a refractive power measurement optical system configured to project light in a first wavelength range onto a subject's eye via the objective lens and to detect returning light from the subject's eye; an inspection optical system configured to project light in a second wavelength range onto the subject's eye via the objective lens; and an optical path separating unit that is arranged in an optical path of the refractive power measurement optical system and is configured to separate an optical path of the inspection optical system from the optical path of the refractive power measurement optical system, wherein the optical path separating unit is configured to separate the optical path of the inspection optical system from the optical path of the refractive power measurement optical system by performing wavelength separation based on changeable wavelength separation characteristics; characterized in that the optical path separating unit comprises: two or more wavelength separation elements having different wavelength separation characteristics; and a movement mechanism configured to selectively arrange the two or more wavelength separation elements in the optical path of the refractive power measurement optical system. two or more wavelength separation elements having different wavelength separation characteristics; and a movement mechanism configured to selectively arrange the two or more wavelength separation elements in the optical path of the refractive power measurement optical system.
Apparatus having a plurality of input/output ports (P1, P2, P3, P4, P5) for receiving and transmitting data packets, and comprising a data packets handling circuitry arranged to forward data packets between the input/output ports (P1, P2, P3, P4, P5) and an internal apparatus controller arranged to control said data packet handling circuitry, wherein the apparatus controller is arranged to store at least one state transition table to be used for controlling the forwarding of data packets by the data packets handling circuitry, wherein the apparatus controller is arranged to use said at least one state transition table for implementing at least one finite state machine, wherein the apparatus controller is arranged to use said at least one state transition table for handling separately distinct incoming data packets flows through corresponding distinct instances of finite state machine, wherein said at least one state transition table corresponds to the combination of a state table, a condition table and a flow table, wherein the apparatus controller is arranged to store the state table, the condition table and the flow table, wherein the apparatus controller comprises a condition logic for calculating one or more or all conditions stored in the condition table based on data from the state table in order to query the flow table.
A double-decker rail vehicle, comprising: two upper and lower compartments, which are a passenger compartment for passengers to ride and a cargo compartment for placing cargoes, respectively, wherein the passenger compartment is provided with passenger doors for passengers to get on and off and the cargo compartment is provided with cargo doors for loading and unloading cargoes; and the passenger compartment is provided with two rows of seat units arranged in a length direction of a vehicle body, two front and rear seat units are staggered and overlapped in the length direction of the vehicle body, the seat unit comprises a seat; characterised in that the seat is tilted toward a side wall on a side where the seat is located; each of the seat units is partitioned by a seat partition wall, the seat partition wall is composed of a transverse partition wall and a longitudinal partition wall, the transverse partition wall is S-shaped, and the seat extends in a space where an outer side of the transverse partition wall of the present seat unit is outwardly recessed and extends in a space where an inner side of the transverse partition wall of the front seat unit is inwardly recessed; and a partition wall door is arranged on the longitudinal partition wall, the partition wall door is a sliding door, the longitudinal partition wall has a hollow structure, and the partition wall door in an open state is concealed inside the longitudinal partition wall. two upper and lower compartments, which are a passenger compartment for passengers to ride and a cargo compartment for placing cargoes, respectively, wherein the passenger compartment is provided with passenger doors for passengers to get on and off and the cargo compartment is provided with cargo doors for loading and unloading cargoes; and the passenger compartment is provided with two rows of seat units arranged in a length direction of a vehicle body, two front and rear seat units are staggered and overlapped in the length direction of the vehicle body, the seat unit comprises a seat; characterised in that the seat is tilted toward a side wall on a side where the seat is located; each of the seat units is partitioned by a seat partition wall, the seat partition wall is composed of a transverse partition wall and a longitudinal partition wall, the transverse partition wall is S-shaped, and the seat extends in a space where an outer side of the transverse partition wall of the present seat unit is outwardly recessed and extends in a space where an inner side of the transverse partition wall of the front seat unit is inwardly recessed; and a partition wall door is arranged on the longitudinal partition wall, the partition wall door is a sliding door, the longitudinal partition wall has a hollow structure, and the partition wall door in an open state is concealed inside the longitudinal partition wall.
Contact system comprising at least one electrically conductive contact rail (3, 4) and at least one electrically conductive contact pin (10, 62, 64, 66), wherein the contact pin (10, 62, 64, 66) is configured to be pressed into an aperture (7, 40) of the contact rail (3, 4) orthogonally to a flat extension of the contact rail (3, 4) and to electrically contact the contact rail (3, 4) in the region of the aperture (7, 40), wherein the contact rail (3, 4) has, in the region of the aperture (7, 40), a section angled with at least one transverse component towards to the flat extension of the contact rail (3, 4), wherein the angled section (8, 80) is configured to reduce or to prevent mechanical weakening of a press force of the contact rail (3, 4) on a longitudinal section of the contact pin (10, 62, 64, 66) in the region of the aperture (7, 40), characterized in that the angled section is formed at least by a portion of a groove in the contact rail (3, 4) and wherein the groove is configured in a U-shaped manner, wherein a U-limb of the groove forms the angled section.
A door frame structure enabling air circulation in such a structure, the structure comprises - a door frame, - at least one molding, wherein room is left between the molding and the door frame and/or the molding and the wall for air to circulate in the structures, the molding being arranged to the door frame so that air circulates through the lower end of the molding into the room between the molding and the door frame and/or the molding and the wall, and wherein the air flows through the upper end of the molding out of the structure, characterized in that the structure further comprises - a door frame protective cover, the protective cover forming a skirt between the door frame and the threshold by extending beyond the lower end of the door frame so that when the door frame is installed in a door opening, room is left underneath the skirt of the protective cover in order to allow air to circulate in the room between the molding and the door frame and/or the molding and the wall. - a door frame, - at least one molding, wherein room is left between the molding and the door frame and/or the molding and the wall for air to circulate in the structures, the molding being arranged to the door frame so that air circulates through the lower end of the molding into the room between the molding and the door frame and/or the molding and the wall, and wherein the air flows through the upper end of the molding out of the structure, characterized in that the structure further comprises - a door frame protective cover, the protective cover forming a skirt between the door frame and the threshold by extending beyond the lower end of the door frame so that when the door frame is installed in a door opening, room is left underneath the skirt of the protective cover in order to allow air to circulate in the room between the molding and the door frame and/or the molding and the wall.
A glass substrate chemically strengthened, comprising a primary surface that has a compressive stress layer formed in an uppermost surface layer thereof, the compressive stress layer being configured to enhance strength of the glass substrate due to a compressive stress generated in the compressive stress layer, characterized in that the compressive stress layer is formed with an ion exchange layer of a potassium ion concentration more than 5000 parts per million (ppm) being completely removed therefrom, to have only a layer of a potassium ion concentration equal to or less than 5000 ppm and equal or more than 500 ppm, wherein the glass substrate is formed with a thickness of 0.5 mm to 0.7 mm as a cover glass to protect a display screen of a mobile terminal device.
A method for determining a direction of travel for a following vehicle in order to ensure that said following vehicle follows a path that is indicative of a vehicle path of a target vehicle, said following vehicle extending in a longitudinal direction and a lateral direction, wherein said longitudinal direction corresponds to an intended direction of travel of said following vehicle, said following vehicle comprising a following vehicle reference point and said target vehicle comprising a target vehicle reference point, said method comprising: • determining a measured lateral offset (ΔY measure) between said following vehicle and said target vehicle, said measured lateral offset (ΔY measure) being the lateral distance between said following vehicle reference point and said target vehicle reference point; • measuring at least one lateral position change parameter corresponding to an actual performed or ongoing or impending lateral position change of said following vehicle, an actual performed or ongoing or impending lateral position change of said target vehicle, or a combination thereof; characterized in that said method further comprises: • determining a lateral offset modification measure (O Y) using said at least one lateral position change parameter, and • using said measured lateral offset (ΔY measure) and said lateral offset modification measure (O Y) when determining said direction of travel, by: • determining a modified lateral offset (ΔY mod) by modifying said measured lateral offset (ΔY measure) by said lateral offset modification measure (O Y), • automatically adjusting said direction of travel for said following vehicle in order to ensure that said modified lateral offset (ΔY mod) is reduced. • determining a measured lateral offset (ΔY measure) between said following vehicle and said target vehicle, said measured lateral offset (ΔY measure) being the lateral distance between said following vehicle reference point and said target vehicle reference point; • measuring at least one lateral position change parameter corresponding to an actual performed or ongoing or impending lateral position change of said following vehicle, an actual performed or ongoing or impending lateral position change of said target vehicle, or a combination thereof; • determining a lateral offset modification measure (O Y) using said at least one lateral position change parameter, and • using said measured lateral offset (ΔY measure) and said lateral offset modification measure (O Y) when determining said direction of travel, by: • determining a modified lateral offset (ΔY mod) by modifying said measured lateral offset (ΔY measure) by said lateral offset modification measure (O Y), • automatically adjusting said direction of travel for said following vehicle in order to ensure that said modified lateral offset (ΔY mod) is reduced. • determining a modified lateral offset (ΔY mod) by modifying said measured lateral offset (ΔY measure) by said lateral offset modification measure (O Y), • automatically adjusting said direction of travel for said following vehicle in order to ensure that said modified lateral offset (ΔY mod) is reduced.
An intermediary apparatus comprising: means for receiving a source reference identifying content stored by a source of the content, the source reference being received from the source located across a network from the intermediary apparatus; means for associating the source reference identifying the content stored by the source with an intermediary reference identifying, at the intermediary apparatus, the content, in response to receiving the source reference from the source; means for indicating the availability of the content via the intermediary reference; means for receiving at least one request for the content from at least one destination, the at least one request including a first request identifying the content by the intermediary reference identifying, at the intermediary apparatus, the content; means for recognising that the intermediary reference from the first request is associated with the source reference; means for requesting the content from the source based upon the source reference and in response to the request from the destination, if the first request is received before the content from the source is received; means for receiving the requested content from the source; and means for providing the requested content to the respective destination from the intermediary apparatus in response to the at least one request. means for receiving a source reference identifying content stored by a source of the content, the source reference being received from the source located across a network from the intermediary apparatus; means for associating the source reference identifying the content stored by the source with an intermediary reference identifying, at the intermediary apparatus, the content, in response to receiving the source reference from the source; means for indicating the availability of the content via the intermediary reference; means for receiving at least one request for the content from at least one destination, the at least one request including a first request identifying the content by the intermediary reference identifying, at the intermediary apparatus, the content; means for recognising that the intermediary reference from the first request is associated with the source reference; means for requesting the content from the source based upon the source reference and in response to the request from the destination, if the first request is received before the content from the source is received; means for receiving the requested content from the source; and means for providing the requested content to the respective destination from the intermediary apparatus in response to the at least one request.
An induction device for a torch of a plasma discharge apparatus and in which the torch has a longitudinal axis along which a flow of gas is introduced during operation of the torch and radial planes substantially perpendicular to the longitudinal axis of the torch, the induction device comprising a first and second plate electrodes each comprising an aperture for receiving the torch, each of the first and second plate electrodes being configured to provide a loop current along a first and a second radial plane of the torch, characterised by a third plate electrode having an aperture to receive the torch and being configured to provide a loop current along a third radial plane of the torch, the first, second and third electrodes being configured to sustain a substantially symmetrical plasma discharge in the torch, and in which a first spacer is present between the first plate electrode and the second plate electrode, and in which a second spacer is present between the second plate electrode and the third plate electrode.
A substrate for culturing iPS cells, the substrate having a planar mesh structure and being coated with a polymer, characterized in that the polymer is a p-xylene polymer, and in that the substrate comprises a metal, wherein the metal is nickel, wherein the planar mesh structure is made of wire-like substrates, each wire-like substrate having a maximum diameter of 10 μm or smaller and each opening of the mesh having a maximum width of 30 μm or larger. characterized in that the polymer is a p-xylene polymer, and in that the substrate comprises a metal, wherein the metal is nickel, wherein the planar mesh structure is made of wire-like substrates, each wire-like substrate having a maximum diameter of 10 μm or smaller and each opening of the mesh having a maximum width of 30 μm or larger.
A panel fastener comprising: a unitary retainer including a body and primary walls extending downwardly from said body, the lower ends of said primary walls being folded back outwardly and upward to form a pair of opposing inwardly resilient outwardly deflectable legs affixed to said body; and a rotatable expander axially affixed to said body and extending downwardly between said legs, said expander being rotatably operative to selectively push said legs outwardly simultaneously to a stable expanded state, characterised in that said primary walls have barbs that extend inwardly from the primary walls at an upward angle. a unitary retainer including a body and primary walls extending downwardly from said body, the lower ends of said primary walls being folded back outwardly and upward to form a pair of opposing inwardly resilient outwardly deflectable legs affixed to said body; and a rotatable expander axially affixed to said body and extending downwardly between said legs, said expander being rotatably operative to selectively push said legs outwardly simultaneously to a stable expanded state, characterised in that said primary walls have barbs that extend inwardly from the primary walls at an upward angle.
A simulation apparatus for performing a fluid-flow analysis of material, comprising: a low-dimensional analysis unit configured to perform a low-dimensional fluid-flow analysis of the material in an arithmetic object field of a kneading device based on setting information, the setting information including: physical property of the material; and configuration data and an operation condition of the kneading device for kneading the material; a selection receiving unit configured to receive, after or before the low-dimensional fluid-flow analysis, selection of an object area as an object of a high-dimensional fluid-flow analysis in the arithmetic object field of the kneading device; a physical quantity extraction unit configured to extract physical quantities of the material relating to the object area, based on a result of the low-dimensional fluid-flow analysis of the material in the arithmetic object field of the kneading device; and a high-dimensional analysis unit configured to perform a high-dimensional fluid-flow analysis of the material in the object area in the arithmetic object field of the kneading device, based on the extracted physical quantities of the material relating to the object area and the setting information. a low-dimensional analysis unit configured to perform a low-dimensional fluid-flow analysis of the material in an arithmetic object field of a kneading device based on setting information, the setting information including: physical property of the material; and configuration data and an operation condition of the kneading device for kneading the material; physical property of the material; and configuration data and an operation condition of the kneading device for kneading the material; a selection receiving unit configured to receive, after or before the low-dimensional fluid-flow analysis, selection of an object area as an object of a high-dimensional fluid-flow analysis in the arithmetic object field of the kneading device; a physical quantity extraction unit configured to extract physical quantities of the material relating to the object area, based on a result of the low-dimensional fluid-flow analysis of the material in the arithmetic object field of the kneading device; and a high-dimensional analysis unit configured to perform a high-dimensional fluid-flow analysis of the material in the object area in the arithmetic object field of the kneading device, based on the extracted physical quantities of the material relating to the object area and the setting information.
A system for determining spatial position relative to a target object, said target object having three non co-linear calibration points, the location of which on the target object is known, the system comprising: an actuator for triggering a selection indication when said system is oriented at a calibration point on said object; an orientation detector for providing an orientation indication of the system when said selection indication is triggered; a spatial position detector for providing a plurality of positional movement indications of the system, said spatial position detector comprising an inertial measurement unit; characterized by a processor adapted to calibrate an initial position of the system relative to the target object using the known location of the calibration points and three orientation indications, each orientation indication being for a different calibration point, and to track a current position of the system using said plurality of positional movement indications; and an output means for indicating said initial position and said current position relative to said target object. an actuator for triggering a selection indication when said system is oriented at a calibration point on said object; an orientation detector for providing an orientation indication of the system when said selection indication is triggered; a spatial position detector for providing a plurality of positional movement indications of the system, said spatial position detector comprising an inertial measurement unit; characterized by a processor adapted to calibrate an initial position of the system relative to the target object using the known location of the calibration points and three orientation indications, each orientation indication being for a different calibration point, and to track a current position of the system using said plurality of positional movement indications; and an output means for indicating said initial position and said current position relative to said target object.