mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising a backlight unit which comprises: a first reflector; a second reflector; the apparatus comprising an optical member facing the second reflector; the backlight unit comprising at least one light source disposed between the first reflector and the second reflector, wherein the second reflector includes at least two inclined surfaces having at least one inflection point, and the radii of curvature of the first and second inclined surfaces (301, 303) adjacent to each other about the inflection point are different from each other, the backlight unit further comprising: a cover plate including a first segment, a second segment, and a third segment, the first segment including a first surface to which the first reflector is attached, the second segment extending from the first segment and supporting said at least one light source, the third segment extending form the second segment and fixed to one side of the second reflector, characterized in that the first segment comprises: at least one first protruding line (511 a) disposed at an edge region of the first segment and supporting the optical member; and a plurality of second protruding lines disposed spaced apart from the first protruding line and fixing the optical member, a height of the first protruding line is less than a height of each of the second protruding lines. a first reflector; a second reflector; the apparatus comprising an optical member facing the second reflector; the backlight unit comprising at least one light source disposed between the first reflector and the second reflector, wherein the second reflector includes at least two inclined surfaces having at least one inflection point, and the radii of curvature of the first and second inclined surfaces (301, 303) adjacent to each other about the inflection point are different from each other, the backlight unit further comprising: a cover plate including a first segment, a second segment, and a third segment, the first segment including a first surface to which the first reflector is attached, the second segment extending from the first segment and supporting said at least one light source, the third segment extending form the second segment and fixed to one side of the second reflector, characterized in that the first segment comprises: at least one first protruding line (511 a) disposed at an edge region of the first segment and supporting the optical member; and a plurality of second protruding lines disposed spaced apart from the first protruding line and fixing the optical member, a height of the first protruding line is less than a height of each of the second protruding lines. at least one first protruding line (511 a) disposed at an edge region of the first segment and supporting the optical member; and a plurality of second protruding lines disposed spaced apart from the first protruding line and fixing the optical member, a height of the first protruding line is less than a height of each of the second protruding lines.
A swirler assembly in a gas turbine combustor, the swirler assembly comprising: a hub; a shroud; a plurality of vanes connected between the hub and the shroud, the vanes including a high pressure side on which air and fuel impinge the vanes and a low pressure side; an air circuit in each of the plurality of vanes receiving discharge air from a compressor, each of the air circuits including an air entry passage into the vanes and an air exit passage on the low pressure side of the vanes; and a cap feed passage in each of the plurality of vanes that directs the compressor discharge air into the hub toward a nozzle tip, wherein the air entry passage is separate from the cap feed passage and the shroud includes openings corresponding to the cap feed passages. a hub; a shroud; a plurality of vanes connected between the hub and the shroud, the vanes including a high pressure side on which air and fuel impinge the vanes and a low pressure side; an air circuit in each of the plurality of vanes receiving discharge air from a compressor, each of the air circuits including an air entry passage into the vanes and an air exit passage on the low pressure side of the vanes; and a cap feed passage in each of the plurality of vanes that directs the compressor discharge air into the hub toward a nozzle tip, wherein the air entry passage is separate from the cap feed passage and the shroud includes openings corresponding to the cap feed passages.
A bicycle wheel, comprising: a rim; a tire mounted to a tire bed of the rim; a pressure sensing assembly (104; 1000) attached to the rim, the pressure sensing assembly (104; 1000) comprising: a sensing element arranged to measure a pressure in the tire; characterized in that the pressure sensing assembly (104; 1000) further comprises: a housing having a surface engaging the tire bed, the tire bed having a tire engagement surface accepting the housing; and a light-emitting element is configured to emit light indicative of the sensed pressure of the tire. a rim; a tire mounted to a tire bed of the rim; a pressure sensing assembly (104; 1000) attached to the rim, the pressure sensing assembly (104; 1000) comprising: a sensing element arranged to measure a pressure in the tire; characterized in that the pressure sensing assembly (104; 1000) further comprises: a housing having a surface engaging the tire bed, the tire bed having a tire engagement surface accepting the housing; and a light-emitting element is configured to emit light indicative of the sensed pressure of the tire. a housing having a surface engaging the tire bed, the tire bed having a tire engagement surface accepting the housing; and a light-emitting element is configured to emit light indicative of the sensed pressure of the tire.
A support frame for installation on a circuit board, which support frame is configured in the manner of a drilling rig and comprises a platform that is equipped with supporting legs (105, 106, 107, 108) for mounting on the circuit board, which support frame has, at the center of the platform, a depression (121, 123; 40, 47a) that is configured for installation of a fan that has an air passthrough opening (130, 47), wherein in the installed state, the air passthrough opening (130, 47) is at a distance from the circuit board, characterized in that when the fan is in the installed state, the outer wall (123; 47a) of the depression (121,123; 40, 47a) forms a part of the air passthrough opening (130, 47) of the fan and the supporting legs (105 to 108) are configured as at least partially hollow.
Diaphragm seal system for determining a pressure of a medium, the diaphragm seal system comprising: a pressure measuring cell for outputting a pressure signal which is proportional to a pressure present at the pressure measuring cell; a diaphragm seal with a hydraulic channel, a process diaphragm and a filling medium, wherein the hydraulic channel extends between the pressure measuring cell and the process diaphragm and is designed to store the filling medium, such that a process pressure of the medium acting on the process diaphragm is at least partially transmittable to the pressure measuring cell via the filling medium; at least one pressure generator which is designed to at least temporarily apply an additional pressure to the filling medium of the hydraulic channel; a control unit which is set up to check at least part of the diaphragm seal system for functionality based on the at least temporary application of the additional pressure to the filling medium; characterized in that the at least one pressure generator is set up to generate the additional pressure in the filling medium of the hydraulic channel by stimulating at least one standing wave with at least one resonance frequency. a pressure measuring cell for outputting a pressure signal which is proportional to a pressure present at the pressure measuring cell; a diaphragm seal with a hydraulic channel, a process diaphragm and a filling medium, wherein the hydraulic channel extends between the pressure measuring cell and the process diaphragm and is designed to store the filling medium, such that a process pressure of the medium acting on the process diaphragm is at least partially transmittable to the pressure measuring cell via the filling medium; at least one pressure generator which is designed to at least temporarily apply an additional pressure to the filling medium of the hydraulic channel; a control unit which is set up to check at least part of the diaphragm seal system for functionality based on the at least temporary application of the additional pressure to the filling medium; characterized in that the at least one pressure generator is set up to generate the additional pressure in the filling medium of the hydraulic channel by stimulating at least one standing wave with at least one resonance frequency.
A sneeze guard particularly for use in exhibition/service equipments and having two sneeze guard profiles positioned mutually and at least one cover element extending between said sneeze guard profiles, each of said sneeze guard profiles have at least one second part, and at least one first part which can be connected to the exhibition/service equipment in order to provide holding of said second part, said first part and said second part have at least one outer profile, at least one carcass profile is provided in the inner vicinity of the outer profile provided at the first part, at least one inner profile is positioned in the inner vicinity of the outer profile provided at the second part and at least one cover housing is provided where said cover element can be positioned in a manner contacting the inner profile on the second part and at least one strip element is provided on the sneeze guard profile where the cover element is configured to be fixed in the cover housing.
An electrical powered vehicle comprising: a secondary LC resonator configured to be magnetically coupled with a primary LC resonator external to a vehicle by magnetic field resonance, and receive of electric power from the primary LC resonator, a rectifier configured to rectify electric power received by the secondary LC resonator, and a power storage device configured to store electric power rectified by the rectifier characterized in that the electrical powered vehicle further comprises: a reflective wall formed at a rear side of the secondary LC resonator with respect to a power receiving direction from the primary LC resonator, allowing reflection of a magnetic flux output from the primary LC resonator to the secondary LC resonator. a secondary LC resonator configured to be magnetically coupled with a primary LC resonator external to a vehicle by magnetic field resonance, and receive of electric power from the primary LC resonator, a rectifier configured to rectify electric power received by the secondary LC resonator, and a power storage device configured to store electric power rectified by the rectifier characterized in that the electrical powered vehicle further comprises: a reflective wall formed at a rear side of the secondary LC resonator with respect to a power receiving direction from the primary LC resonator, allowing reflection of a magnetic flux output from the primary LC resonator to the secondary LC resonator.
A snowmobile, comprising: a chassis, comprising a bulkhead and a tunnel; an engine supported by the chassis; a front suspension coupled to bulkhead; a rear suspension coupled to the tunnel; and slide rails coupled to the rear suspension; a drive belt supported by the chassis, and having an axis about which the belt is driven; the rear suspension comprising: a toggle link pivotally coupled to the tunnel at a first pivot coupling (292, 326), and a rear control arm coupled between the slide rails and the toggle link; and the toggle link being pivotally coupled to the rear control arm at a second pivot coupling (294, 328); and characterised in that a front control arm coupled between the slide rails and the tunnel; wherein the front control arm is mounted rearward of the belt drive axis by a distance X5, where X5 is in a range of 210-260 mm (8.2-10.2 inches). a chassis, comprising a bulkhead and a tunnel; an engine supported by the chassis; a front suspension coupled to bulkhead; a rear suspension coupled to the tunnel; and slide rails coupled to the rear suspension; a drive belt supported by the chassis, and having an axis about which the belt is driven; the rear suspension comprising: a toggle link pivotally coupled to the tunnel at a first pivot coupling (292, 326), and a rear control arm coupled between the slide rails and the toggle link; and the toggle link being pivotally coupled to the rear control arm at a second pivot coupling (294, 328); and characterised in that a front control arm coupled between the slide rails and the tunnel; wherein the front control arm is mounted rearward of the belt drive axis by a distance X5, where X5 is in a range of 210-260 mm (8.2-10.2 inches). a toggle link pivotally coupled to the tunnel at a first pivot coupling (292, 326), and a rear control arm coupled between the slide rails and the toggle link; and the toggle link being pivotally coupled to the rear control arm at a second pivot coupling (294, 328); and characterised in that a front control arm coupled between the slide rails and the tunnel; wherein the front control arm is mounted rearward of the belt drive axis by a distance X5, where X5 is in a range of 210-260 mm (8.2-10.2 inches).
Method for synthesizing a cyclocarbonate, comprising reacting at least one epoxy compound and carbon dioxide at atmospheric pressure and a temperature in the range of 100 to 150°C in the presence of a heterogeneous catalyst system, the catalyst system comprising (a) at least one alkali metal halide selected from the group consisting of alkali metal iodides and alkali metal bromides and (b) silica (SiO 2)
An apparatus comprising: a flexible substrate configured to operate in a first configuration and a second configuration; at least one transducer located within the flexible substrate, the at least one transducer when configured as a speaker is configured to actuate a surface of the apparatus to produce at least one output signal, wherein the flexible substrate affects the at least one output signal based on the first and second configurations; at least one sensor configured to determine the configuration of the apparatus; and at least one processor configured to control a beam former, wherein controlling the beam former comprises processing of input signals when the at least one transducer is configured as a microphone or output signals when the at least one transducer is configured as a speaker for the at least one transducer based on the determined configuration. a flexible substrate configured to operate in a first configuration and a second configuration; at least one transducer located within the flexible substrate, the at least one transducer when configured as a speaker is configured to actuate a surface of the apparatus to produce at least one output signal, wherein the flexible substrate affects the at least one output signal based on the first and second configurations; at least one sensor configured to determine the configuration of the apparatus; and at least one processor configured to control a beam former, wherein controlling the beam former comprises processing of input signals when the at least one transducer is configured as a microphone or output signals when the at least one transducer is configured as a speaker for the at least one transducer based on the determined configuration.
A household appliance, comprising: an exciter element mounted to a surface of the household appliance such that a first electric signal applied to the exciter element is adapted to cause a corresponding first vibration of the exciter element, wherein the first electric signal is an audio signal, and wherein the surface is adapted to convert the first vibration to a sound, further comprising an audio source or audio signal receiver for providing the audio signal, said first vibration is adapted to be transferred to the surface, and a second vibration occurring in the surface is adapted to be transferred to the exciter element, which is adapted to generate a second electric signal in accordance with the second vibration, wherein the exciter element is an electrodynamic exciter element and wherein the household appliance further comprises means for receiving and optionally processing the second electrical signal to provide a detection signal representative of the second vibration, characterized in that the household appliance comprises a control and processing unit for selectively activating the audio source or audio signal receiver and the means for receiving and optionally processing the second electric signal so that the household appliance is alternatively adapted to generate sound or detect vibrations via the surface.
A method for producing polycrystalline silicon, comprising: reacting trichlorosilane and hydrogen by the Siemens process to produce silicon and a remainder comprising monosilanes (formula: SiH n Cl 4-n, wherein n is 0 to 4) containing silicon tetrachloride, and a polymer including at least trisilanes or tetrasilanes; and supplying said polymer, silicon tetrachloride and hydrogen to a conversion reactor and heating at a temperature within the range of 600 to 1,400°C to convert silicon tetrachloride into trichlorosilane and said polymer into monosilanes, wherein said remainder produced by reacting trichlorosilane and hydrogen is introduced into a cooler to separate hydrogen and hydrogen chloride from said remainder; the resultant is introduced into a first distillation column to separate trichlorosilane; the column-bottom component of the first distillation column is introduced into a second distillation column to separate silicon tetrachloride; the column-bottom component of the second distillation column is introduced into a third distillation column to separate a polymer; and the polymer separated in the third distillation column and silicon tetrachloride separated in the second distillation column are introduced into the conversion reactor, and hydrogen is further introduced into the conversion reactor, to effect a reaction. reacting trichlorosilane and hydrogen by the Siemens process to produce silicon and a remainder comprising monosilanes (formula: SiH n Cl 4-n, wherein n is 0 to 4) containing silicon tetrachloride, and a polymer including at least trisilanes or tetrasilanes; and supplying said polymer, silicon tetrachloride and hydrogen to a conversion reactor and heating at a temperature within the range of 600 to 1,400°C to convert silicon tetrachloride into trichlorosilane and said polymer into monosilanes, wherein said remainder produced by reacting trichlorosilane and hydrogen is introduced into a cooler to separate hydrogen and hydrogen chloride from said remainder; the resultant is introduced into a first distillation column to separate trichlorosilane; the column-bottom component of the first distillation column is introduced into a second distillation column to separate silicon tetrachloride; the column-bottom component of the second distillation column is introduced into a third distillation column to separate a polymer; and the polymer separated in the third distillation column and silicon tetrachloride separated in the second distillation column are introduced into the conversion reactor, and hydrogen is further introduced into the conversion reactor, to effect a reaction.
Method for enabling inter-destination synchronization of at least a first and at least a second stream, said second stream being associated with the output stream of a media stream modification unit using said first stream as an input stream, said media stream modification unit modifying timing information of said first stream, the method comprising the steps of: - providing first arrival time information of a packet in the first stream arriving at a first synchronization point and second arrival time information of a packet in the second stream arriving at a second synchronization point to a synchronization unit for synchronizing said synchronization points, said synchronization unit connected to said first and said second synchronization point, wherein said arrival time information comprises an arrival time and timing information of the packet; - providing, by the media stream modification unit, synchronization correlation information on the synchronicity relationship between said input stream and said output stream to said synchronization unit; - said synchronization unit calculating delay information on the basis of the first and second arrival time information and the synchronization correlation information; - said synchronization unit providing at least said first or second synchronization point with said delay information, enabling at least said first or second synchronization point to delay the output of a stream such that the first and second streams outputted by the first and second synchronization point respectively are synchronized. - providing first arrival time information of a packet in the first stream arriving at a first synchronization point and second arrival time information of a packet in the second stream arriving at a second synchronization point to a synchronization unit for synchronizing said synchronization points, said synchronization unit connected to said first and said second synchronization point, wherein said arrival time information comprises an arrival time and timing information of the packet; - providing, by the media stream modification unit, synchronization correlation information on the synchronicity relationship between said input stream and said output stream to said synchronization unit; - said synchronization unit calculating delay information on the basis of the first and second arrival time information and the synchronization correlation information; - said synchronization unit providing at least said first or second synchronization point with said delay information, enabling at least said first or second synchronization point to delay the output of a stream such that the first and second streams outputted by the first and second synchronization point respectively are synchronized.