mhurhangee/ep-ind-claims huggingface dataset:
A light guide plate comprising: two glass sheets; a scattering layer sandwiched between and integrated with the glass sheets; and adhesive resin layers arranged between the scattering layer and the respective glass sheets, wherein the light guide plate has a haze of 0.2% or higher as determined according to JIS K 7136:2000 published on February 29, 2000 by the Japanese Standards Association, characterized in that: the scattering layer is a stretched transparent resin film made of polyethylene terephthalate, polyethylene naphthalate, polybutylene terephthalate, nylon, polypropylene or polystyrene. two glass sheets; a scattering layer sandwiched between and integrated with the glass sheets; and adhesive resin layers arranged between the scattering layer and the respective glass sheets, wherein the light guide plate has a haze of 0.2% or higher as determined according to JIS K 7136:2000 published on February 29, 2000 by the Japanese Standards Association, characterized in that: the scattering layer is a stretched transparent resin film made of polyethylene terephthalate, polyethylene naphthalate, polybutylene terephthalate, nylon, polypropylene or polystyrene.
A castor suspension system for suspending a first castor at a patient support device, the castor suspension system comprising a pivoting suspension link pivotably attachable to the patient support device, and a springy element comprising a leaf spring made of a band deformed such that the band makes at least one U-turn so that the band has a first leg and at least one second leg, wherein one of the first leg and the at least one second leg is provided with a first support portion supported against the pivoting suspension link, and the other of the first leg and the at least one second leg is provided with a second support portion for supporting the springy element with respect to the patient support device such that the springy element is configured to provide a pre-stress force to the pivoting suspension link, characterized in that the pivoting suspension link is attachable pivotably via a mounting frame to the patient support device, and the second support portion supports on the mounting frame.
A multipoint ignition device for igniting an air-fuel mixture in a combustion chamber of an engine, comprising: an insulating member formed in an annular shape such that an inner periphery thereof faces the combustion chamber; a plurality of electrodes held on the insulating member so as to form a plurality of ignition gaps inside the combustion chamber; a main body portion provided on an outer periphery of the insulating member; an intermediate member provided between the main body portion and the insulating member; characterised in that the intermediate member has a larger thermal expansion coefficient than the insulating member; and that the intermediate member is a ring body that holds the outer periphery of the insulating member on the main body portion. an insulating member formed in an annular shape such that an inner periphery thereof faces the combustion chamber; a plurality of electrodes held on the insulating member so as to form a plurality of ignition gaps inside the combustion chamber; a main body portion provided on an outer periphery of the insulating member; an intermediate member provided between the main body portion and the insulating member; characterised in that the intermediate member has a larger thermal expansion coefficient than the insulating member; and that the intermediate member is a ring body that holds the outer periphery of the insulating member on the main body portion.
A staple cartridge, comprising: a cartridge body; a plurality of staples removably stored within said cartridge body; and a tissue thickness compensator, comprising: a compressible portion, wherein said staples are configured to capture at least a portion of said compressible portion therein when said staples are moved from an unfired position to a fired position, and wherein said compressible portion comprises a proximal end and a distal end; and a severable rigid support portion extending longitudinally through said compressible portion, wherein said rigid support portion is configured to resist the movement of said proximal end relative to said distal end prior to being severed, characterised in that said rigid support portion comprises a mount (17053, 17055) extending from one of said proximal end or said distal end of said compressible portion, and in that said cartridge body further comprises a first attachment portion (17060, 17070) configured to releasably attach said mount to said cartridge body. a cartridge body; a plurality of staples removably stored within said cartridge body; and a tissue thickness compensator, comprising: a compressible portion, wherein said staples are configured to capture at least a portion of said compressible portion therein when said staples are moved from an unfired position to a fired position, and wherein said compressible portion comprises a proximal end and a distal end; and a severable rigid support portion extending longitudinally through said compressible portion, wherein said rigid support portion is configured to resist the movement of said proximal end relative to said distal end prior to being severed, a compressible portion, wherein said staples are configured to capture at least a portion of said compressible portion therein when said staples are moved from an unfired position to a fired position, and wherein said compressible portion comprises a proximal end and a distal end; and a severable rigid support portion extending longitudinally through said compressible portion, wherein said rigid support portion is configured to resist the movement of said proximal end relative to said distal end prior to being severed, characterised in that said rigid support portion comprises a mount (17053, 17055) extending from one of said proximal end or said distal end of said compressible portion, and in that said cartridge body further comprises a first attachment portion (17060, 17070) configured to releasably attach said mount to said cartridge body.
A blank for making a cardboard box, the blank comprising a hanger portion having a first hanger portion and a second hanger portion, the first hanger portion having a first cutout in which a first hanger section is arranged and the second hanger portion having a second cutout in which a second hanger section is arranged, wherein the first hanger section is integrally connected with a first frame section of the first hanger portion along a perforated or otherwise weakened separation line in a top area of the first hanger section and the second hanger section is separated from a second frame section of the second hanger portion by a separation gap in a top area of the second hanger section.
A light control sheet comprising: a light control layer containing a liquid crystal composition; a pair of transparent electrode layers (12A, 12B), which are composed of a first transparent electrode layer and a second transparent electrode layer, the pair of transparent electrode layers sandwiching the light control layer; and a pair of transparent support layers (13A, 13B) sandwiching the light control layer and the pair of transparent electrode layers, wherein an insulating section formed of a laser-processed region is located in the first transparent electrode layer; wherein the second transparent electrode layer comprises a strip section including a laser-processed region, the strip section including insulating portions intermittently arranged in an extending direction of the strip section, and the insulating section overlaps the insulating portions of the strip section when viewed in a direction perpendicular to a surface of the light control sheet. a light control layer containing a liquid crystal composition; a pair of transparent electrode layers (12A, 12B), which are composed of a first transparent electrode layer and a second transparent electrode layer, the pair of transparent electrode layers sandwiching the light control layer; and a pair of transparent support layers (13A, 13B) sandwiching the light control layer and the pair of transparent electrode layers, wherein an insulating section formed of a laser-processed region is located in the first transparent electrode layer; wherein the second transparent electrode layer comprises a strip section including a laser-processed region, the strip section including insulating portions intermittently arranged in an extending direction of the strip section, and the insulating section overlaps the insulating portions of the strip section when viewed in a direction perpendicular to a surface of the light control sheet.
A sling bar for use with an overhead lift system to lift a load suspended in a lift sling there below, comprising a downward curved cross bar having first and second opposite ends, a central lift connector centered along the length of the cross bar and configured to couple with the overhead lift system, a lift hook disposed at each of the first and second ends of the cross bar, and a spring loaded latch hingedly connected at each end of the cross bar, wherein each spring loaded latch is biased to clamp downward onto a tip section of a point portion of the lift hook and close off a hook opening defined between a blunt end point of the lift hook and either the cross bar or a shank portion of the lift hook, characterized in that a fulcrum of each spring loaded latch is located at a point between a spring-biased release end of the latch and a gate end of the spring loaded latch.
A bending press with a bending angle measuring device, wherein the bending press comprises a pressing table with a bending die and, movable relative thereto in one displacement direction, a pressing beam with a punch, and wherein the pressing beam and the bending die are arranged in a frame and wherein in the bending die a metal part to be reshaped is arranged and contacts the punch along the bending line during bending reshaping, comprising a lighting device and an optical image recording device and a data image evaluation device connected to the image recording device, wherein the lighting device comprises a light source and a collimator and emits a light bundle along a beam path in the direction of the image recording device characterised in that the lighting device and the image recording device are arranged at a first end of the frame and, additionally, a beam splitter and a reflector are arranged in the beam path and in that the image recording device also has an object-side telecentric lens and a flat image sensor, wherein the telecentric lens comprises an aperture and at least one lens group.
A permanent magnet module for a permanent magnet rotor, the permanent magnet rotor comprising a rotor rim and a plurality of permanent magnet modules arranged on the outer or inner circumference of the rotor rim, the permanent magnet module extending generally along an axial direction and being of substantially constant axial-cross section, and comprising a base adapted to be fixed to the rim of the generator rotor and a central magnet structure, the central magnet structure comprising a central magnet support structure and one or more permanent magnets adjoined to the central magnet support structure, wherein the base and the central magnet structure comprise a plurality of radial holes, each hole of the base aligned with each hole of the central magnet structure, respectively, and wherein the central magnet structure is fixed to the base by a plurality of bolts inserted in the radial holes, wherein the central magnet structure is adapted so that, upon deformation as a result of the bolts being inserted in the radial holes to fix the central magnet structure to the base, at least a portion of a first and a second surface of each permanent magnet are substantially in conforming contact with a surface of the base and with a surface of the central magnet support structure, respectively.
A fuel cell system having a cell stack for the carrying out of electrochemical reactions which is provided with inlets (3a, 3b) for an oxidant and/or a carrier gas and for fuel gas and/or water vapor and with outlets (4a, 4b) for exhaust gases (7a, 7b), wherein the fuel cell system includes at least one apparatus (10, 10.1, 10.2) which is in communication with at least one of the outlets (4a, 4b) to direct exhaust gases (7, 7a, 7b) through the apparatus and to separate chromium species which are carried along by the exhaust gases, characterized in that the apparatus (10, 10.1, 10.2) has a gas-permeable porous or honeycomb structure, which contains a substance which reacts with gaseous chromium species, or which is provided with such a substance.
A connector for attachment of two frame elements (2, 3), the frame elements (2, 3) being of rectangular section and having radiused side edges (4, 5, 6, 7), the connector comprising a connector body of similar rectangular section to the frame elements (2, 3), the connector body comprising a single piece block having an inner flat engagement face for engagement with a flat end face of a first frame element to form an extension of the first frame element, and an outer engagement face, a locking element provided on the connector body which is engagable with a frame element (2, 3) to resist rotation of the connector body relative to the frame element (2, 3), a fastener to secure the frame elements (2, 3) together, the fastener comprising an elongate slide block which is slidably engagable within a re-entrant slot in the second frame element and a pair of spaced-apart retaining screws which are engagable with the slide block and extend outwardly therefrom for engagement with the connector body to secure the slide block on the connector body, locating the slide block spaced-apart from the outer engagement face of the connector body, the outer engagement face is substantially parallel to the inner engagement face for abutting engagement against a flat side wall of a second frame element, the outer engagement face having at least one outwardly projecting lip along a side edge, the lip having a curved inner face for mating engagement with a radiused edge (4, 5, 6, 7) of the second frame element and a flat outer face forming an extension of a side wall of the connector body to align with and provide a smooth transition between adjacent side walls (31, 32) of the two frame elements (2, 3), characterised in that an annular retaining washer associated with each retaining screw is mounted on the connector body at the outer engagement face, the retaining washer having a central through-hole for reception and through-passage of the retaining screw which is an interference fit in the through-hole for gripping the retaining screw, such that the retaining screw is gripped by the retaining washer and held in place during assembly, each through hole being sized such that the retaining screw can simply be pushed into the through hole which grips the retaining screw ready for the retaining screw being tightened on the connector body, slots being provided in the outer engagement face of the connector body for reception of each retaining washer, each retaining washer is a push fit into the slot to hold the retaining washer in the slot.
Method of classification of sound-generating processes with the following steps: (a) Detection of sound signals which are generated by sound-generating processes; (b) Extraction of characteristics (m) from the detected sound signals for the respective process; (c) Calculation of a similarity between the detected sound signals based on the extracted characteristics (m) for grouping processes with sound signals similar to each other into process clusters; (d) Adaptation of statistical distribution parameters of a reference model depending on the statistical distribution parameters of those processes which are contained in that process cluster with the highest number of processes grouped within it, for creating an adapted model; and (e) Classification of the sound-generating processes based on the adapted model. (a) Detection of sound signals which are generated by sound-generating processes; (b) Extraction of characteristics (m) from the detected sound signals for the respective process; (c) Calculation of a similarity between the detected sound signals based on the extracted characteristics (m) for grouping processes with sound signals similar to each other into process clusters; (d) Adaptation of statistical distribution parameters of a reference model depending on the statistical distribution parameters of those processes which are contained in that process cluster with the highest number of processes grouped within it, for creating an adapted model; and (e) Classification of the sound-generating processes based on the adapted model.
A computer-implemented method for code conversion, the method comprising: receiving a source code of an application, the source code being associated with a first programming language; processing (102, 204) the source code according to a conversion plan to generate an output code associated with a second programming language, wherein the conversion plan includes one or more instructions for converting the source code to the output code and stores all information required to repeat the code conversion as many times as necessary; analyzing the conversion logs, the conversion plan, the source code, and the output code to generate a report concerning a process of the generation of the output code and a result of the generation of the output code; providing the report to a user; updating (106, 206) the conversion plan to obtain an updated conversion plan, the updated conversion plan including one or more updated instructions for converting the source code to the output code, wherein updating (106, 206) includes providing a user interface allowing a user to interactively modify the conversion plan; processing (102, 208) the source code according to the updated conversion plan to generate an updated output code; and repeating operations,, and at least one time. receiving a source code of an application, the source code being associated with a first programming language; processing (102, 204) the source code according to a conversion plan to generate an output code associated with a second programming language, wherein the conversion plan includes one or more instructions for converting the source code to the output code and stores all information required to repeat the code conversion as many times as necessary; analyzing the conversion logs, the conversion plan, the source code, and the output code to generate a report concerning a process of the generation of the output code and a result of the generation of the output code; providing the report to a user; updating (106, 206) the conversion plan to obtain an updated conversion plan, the updated conversion plan including one or more updated instructions for converting the source code to the output code, wherein updating (106, 206) includes providing a user interface allowing a user to interactively modify the conversion plan; processing (102, 208) the source code according to the updated conversion plan to generate an updated output code; and analyzing the conversion logs, the conversion plan, the source code, and the output code to generate a report concerning a process of the generation of the output code and a result of the generation of the output code; providing the report to a user; updating (106, 206) the conversion plan to obtain an updated conversion plan, the updated conversion plan including one or more updated instructions for converting the source code to the output code, wherein updating (106, 206) includes providing a user interface allowing a user to interactively modify the conversion plan; processing (102, 208) the source code according to the updated conversion plan to generate an updated output code; and repeating operations,, and at least one time.
A method for fabricating one or more cavities in a silicon substrate underneath an insulator layer of a silicon on insulator, SOI, structure, the method comprising: etching, before performing a first dry etch, one or more trenches through the insulator layer and into the silicon substrate of the SOI structure; performing the first dry etch of the silicon substrate to create the one or more cavities underneath the insulator layer, wherein the first dry etch is performed through the one or more trenches to create the one or more cavities underneath the insulator layer; performing a first wet etch of the silicon substrate to expand the one or more cavities; performing a second dry etch of the silicon substrate to further expand the one or more cavities and to break silicon facets created by the first wet etch; and performing a second wet etch to further expand the one or more cavities, wherein the dry etches (10a, 10c) are selective bulk silicon etches. etching, before performing a first dry etch, one or more trenches through the insulator layer and into the silicon substrate of the SOI structure; performing the first dry etch of the silicon substrate to create the one or more cavities underneath the insulator layer, wherein the first dry etch is performed through the one or more trenches to create the one or more cavities underneath the insulator layer; performing a first wet etch of the silicon substrate to expand the one or more cavities; performing a second dry etch of the silicon substrate to further expand the one or more cavities and to break silicon facets created by the first wet etch; and performing a second wet etch to further expand the one or more cavities, wherein the dry etches (10a, 10c) are selective bulk silicon etches.