mhurhangee/ep-ind-claims huggingface dataset:
A light generating device configured to generate device light, said light generating device comprising a first laser light source, a first frequency doubling element, and a light exit window, wherein - said first laser light source is arranged for generating first laser light being at least one of violet laser light having a first peak wavelength λ 1 selected from a spectral wavelength range from 380 to 420 nm and blue laser light having a second peak wavelength λ 2 selected from a spectral wavelength range from 420 to 490 nm, said first laser light comprising at least a first portion and a second portion (3"); - said first frequency doubling element is arranged for converting at least a portion of said first portion of said first laser light emitted by said first laser light source into a first frequency doubled light having a third peak wavelength λ 3 selected from a spectral wavelength range from 190 to 245 nm; characterized in a first luminescent element, wherein: - said first luminescent element comprises a first luminescent material configured to convert at least a portion of said second portion (3") of said first laser light into a first converted light having a fourth peak wavelength λ 4 in one or more of (a) the green spectral wavelength range and (b) the yellow spectral wavelength range; and - said light exit window is arranged to release said device light comprising at least said first frequency doubled light and said first converted light. - said first laser light source is arranged for generating first laser light being at least one of violet laser light having a first peak wavelength λ 1 selected from a spectral wavelength range from 380 to 420 nm and blue laser light having a second peak wavelength λ 2 selected from a spectral wavelength range from 420 to 490 nm, said first laser light comprising at least a first portion and a second portion (3"); - said first frequency doubling element is arranged for converting at least a portion of said first portion of said first laser light emitted by said first laser light source into a first frequency doubled light having a third peak wavelength λ 3 selected from a spectral wavelength range from 190 to 245 nm; - said first luminescent element comprises a first luminescent material configured to convert at least a portion of said second portion (3") of said first laser light into a first converted light having a fourth peak wavelength λ 4 in one or more of (a) the green spectral wavelength range and (b) the yellow spectral wavelength range; and - said light exit window is arranged to release said device light comprising at least said first frequency doubled light and said first converted light.
A base station control apparatus for controlling a radio base station which carries out radio communications with a mobile communication terminal, characterized in that the apparatus comprises a control unit adapted to perform a control process of making the radio base station selectively perform either of two or more processes with different throughputs according to a scale of the radio base station, whereby the base station controller is adapted to directly acquire the pieces of base station scale information from the radio base station, said scale information from the radio base station is either of the base station's type, address attached to the radio base station, maximum transmission power, service cell radius and total channel capacity, a combination of some of them or all; wherein the base station control apparatus is further adapted to send a corresponding control signal to the base station.
A method of operating a speed control system of a vehicle, the speed control system being operable to control acceleration of vehicle speed from a first set-speed to a second set-speed, the method comprising: detecting an occurrence of at least one of a slip event and a step encounter event at a leading wheel of the vehicle; predicting that the occurrence of said detected at least one of a slip event and a step encounter event will occur at a following wheel of the vehicle; and automatically controlling at least one of vehicle speed and vehicle acceleration in response to one or both of said detecting and said predicting, wherein controlling at least one of acceleration or vehicle speed comprises one of temporarily suspending acceleration of vehicle speed commanded by the speed control system or temporarily maintaining current vehicle speed. detecting an occurrence of at least one of a slip event and a step encounter event at a leading wheel of the vehicle; predicting that the occurrence of said detected at least one of a slip event and a step encounter event will occur at a following wheel of the vehicle; and automatically controlling at least one of vehicle speed and vehicle acceleration in response to one or both of said detecting and said predicting,
A method for conducting and recording transactions remotely comprising: (a) establishing a media conference between a plurality of media conferencing terminals; (b) linking a plurality of computers each operable to display a digital document associated with a transaction; (c) recording a plurality of handwriting annotations, onto the digital document, by a participant of one or more participants of the media conference using input means of one or more of the plurality of computers during the media conference, wherein each of the plurality of handwriting annotations has associated characteristics; and (d) creating an authentication file that authenticates the digital document by: (i) storing the digital document and the plurality of handwriting annotations; and (ii) storing audio data and video data corresponding to the media conference wherein the audio data and video data are processed to enable the identification of one or more participants of the media conference; wherein the authentication file is associated with the digital document for authentication of the transaction; and wherein the associated characteristics of the plurality of handwriting annotations are dynamically continuously analyzed and compared against a plurality of profiles in order to determine whether the associated characteristics for a given handwriting annotation matches to a corresponding profile of the plurality of profiles, thereby authenticating the digital document and the participant based on the corresponding profile of the plurality of profiles, characterized in that the associated characteristics are appended to the corresponding profile when the associated characteristics are determined to match to the corresponding profile, thereby improving an accuracy of the corresponding profile as additional handwriting annotations of the participant are received by the one or more of the plurality of computers. (a) establishing a media conference between a plurality of media conferencing terminals; (b) linking a plurality of computers each operable to display a digital document associated with a transaction; (c) recording a plurality of handwriting annotations, onto the digital document, by a participant of one or more participants of the media conference using input means of one or more of the plurality of computers during the media conference, wherein each of the plurality of handwriting annotations has associated characteristics; and (d) creating an authentication file that authenticates the digital document by: (i) storing the digital document and the plurality of handwriting annotations; and (ii) storing audio data and video data corresponding to the media conference wherein the audio data and video data are processed to enable the identification of one or more participants of the media conference; (i) storing the digital document and the plurality of handwriting annotations; and (ii) storing audio data and video data corresponding to the media conference wherein the audio data and video data are processed to enable the identification of one or more participants of the media conference;
An X-ray detector detecting X-ray image data for each detection module, comprising: a detection module provided with a protruding frame on a back side of a detection device detecting X-rays; and a guide frame fitting into the protruding frame and removably supporting the detection device, wherein the guide frame fixes a position of the detection device relative to the guide frame by the fitting, characterized in that the guide frame includes a window hole fitting the protruding frame thereinto, and wherein a guide groove slidably holding the protruding frame is formed in the window hole, and wherein the protruding frame and the guide groove are formed so as to be able to fit/remove the detection device by sliding the detection device in a direction perpendicular to the detection surface, and wherein a handle portion for being grabbed by a user is formed at one end of the protruding frame. a detection module provided with a protruding frame on a back side of a detection device detecting X-rays; and a guide frame fitting into the protruding frame and removably supporting the detection device, wherein the guide frame fixes a position of the detection device relative to the guide frame by the fitting, characterized in that the guide frame includes a window hole fitting the protruding frame thereinto, and wherein a guide groove slidably holding the protruding frame is formed in the window hole, and wherein the protruding frame and the guide groove are formed so as to be able to fit/remove the detection device by sliding the detection device in a direction perpendicular to the detection surface, and wherein a handle portion for being grabbed by a user is formed at one end of the protruding frame.
Refrigerator, in particular household refrigerator, having an appliance door, on the inside of which at least one door tray is mounted, and having a refrigerated goods support which has a hook-in section which can be detachably suspended on the door tray, wherein the hook-in section of the refrigerated goods support has a U-shaped open retaining profile which engages around a retaining edge (27, 41) of the door tray, characterised in that the hook-in section has a stop shoulder which in the position of use engages under a bottom side of the door tray and/or is spaced apart from the U-shaped retaining profile.
A support ring for mounting of a soft box on a light source, the support ring comprising: attachment means for attachment of the support ring to the light source; at least one cavity configured to receive support pins of the soft box, characterized in that the cavity further comprising a first and a second support element arranged to counteract a torque from the support pins, when the support pins are in an inserted position in the cavity; and at least one entry element arranged on a radial outside of the cavity and arranged to counteract a force required to bend the support pin to an angle where the support pin can be inserted into the cavity. attachment means for attachment of the support ring to the light source; at least one cavity configured to receive support pins of the soft box, characterized in that the cavity further comprising a first and a second support element arranged to counteract a torque from the support pins, when the support pins are in an inserted position in the cavity; and at least one entry element arranged on a radial outside of the cavity and arranged to counteract a force required to bend the support pin to an angle where the support pin can be inserted into the cavity.
A method, comprising: at a plurality of remote electronic devices, each having a display apparatus and at least one user input device: displaying, via the display apparatuses, a graphical user interface comprising: a graphical representation comprising: a live video stream of a physical table game surface upon which a turn-based live casino game involving betting is played, wherein the physical table game surface has a plurality of player areas distributed across the table game surface, wherein each remote electronic device is associated with at least one player area; a plurality of graphical player elements for each player area, each plurality of graphical player elements being provided on a corresponding player area; determining which of the plurality of player areas is associated with each remote electronic device; for each launch of a game cycle of the live casino game, updating the graphical representation on each display apparatus by: for each individual remote electronic device, digitally zooming in on one predefined area of a plurality of predefined areas of the physical table game surface based on the determined associated player area for the individual remote electronic device. displaying, via the display apparatuses, a graphical user interface comprising: a graphical representation comprising: a live video stream of a physical table game surface upon which a turn-based live casino game involving betting is played, wherein the physical table game surface has a plurality of player areas distributed across the table game surface, wherein each remote electronic device is associated with at least one player area; a plurality of graphical player elements for each player area, each plurality of graphical player elements being provided on a corresponding player area; a live video stream of a physical table game surface upon which a turn-based live casino game involving betting is played, wherein the physical table game surface has a plurality of player areas distributed across the table game surface, wherein each remote electronic device is associated with at least one player area; a plurality of graphical player elements for each player area, each plurality of graphical player elements being provided on a corresponding player area; determining which of the plurality of player areas is associated with each remote electronic device; for each launch of a game cycle of the live casino game, updating the graphical representation on each display apparatus by: for each individual remote electronic device, digitally zooming in on one predefined area of a plurality of predefined areas of the physical table game surface based on the determined associated player area for the individual remote electronic device.
A gas turbine engine assembly, comprising: a cold section and a hot section, the cold section comprising a portion of the assembly fore of a combustion chamber, the cold section including a low pressure compressor and a high pressure compressor, the combustion chamber for igniting a fuel and air mixture that generates a core stream flow, the hot section including the combustion chamber and a portion of the assembly aft of the combustion chamber, a hot section cowling for directing the core stream flow through the gas turbine engine assembly, the hot section cowling comprising an inside surface that contains the core stream flow and an outside surface opposite the inside surface; the hot section cowling extending between an aft or exhaust end of the combustion chamber to an exhaust end of the hot section cowling; a plurality of thermoelectric generator assemblies thermally attached to the outside surface of the hot section cowling, each thermoelectric generator assembly comprising a multiplicity of thermoelectric generator devices that generate an electric current based on a temperature differential across each of the multiplicity of thermoelectric generator devices, wherein thermoelectric generator devices comprising different materials are used in different heat zones along the hot section cowling, and a fan nozzle surrounding at least a portion of the hot section cowling to direct a fan stream flow, wherein the thermoelectric generator assemblies are exposed to the fan stream flow. a cold section and a hot section, the cold section comprising a portion of the assembly fore of a combustion chamber, the cold section including a low pressure compressor and a high pressure compressor, the combustion chamber for igniting a fuel and air mixture that generates a core stream flow, the hot section including the combustion chamber and a portion of the assembly aft of the combustion chamber, a hot section cowling for directing the core stream flow through the gas turbine engine assembly, the hot section cowling comprising an inside surface that contains the core stream flow and an outside surface opposite the inside surface; the hot section cowling extending between an aft or exhaust end of the combustion chamber to an exhaust end of the hot section cowling; a plurality of thermoelectric generator assemblies thermally attached to the outside surface of the hot section cowling, each thermoelectric generator assembly comprising a multiplicity of thermoelectric generator devices that generate an electric current based on a temperature differential across each of the multiplicity of thermoelectric generator devices, wherein thermoelectric generator devices comprising different materials are used in different heat zones along the hot section cowling, and a fan nozzle surrounding at least a portion of the hot section cowling to direct a fan stream flow, wherein the thermoelectric generator assemblies are exposed to the fan stream flow.
A hybrid riser tower comprising a rigid riser column and a buoyancy unit positioned to apply tension to the riser column by buoyant upthrust when the tower is in an upright orientation for use, wherein: two or more jumper support structures angularly spaced around a central longitudinal axis of the tower are each attached to a side of the buoyancy unit disposed between upper and lower ends of the buoyancy unit when the tower is oriented for use and support end fittings of jumper pipes at a level between the upper and lower ends of the buoyancy unit; and riser connections extend outside the buoyancy unit from riser pipes of the riser column to the jumper support structures. two or more jumper support structures angularly spaced around a central longitudinal axis of the tower are each attached to a side of the buoyancy unit disposed between upper and lower ends of the buoyancy unit when the tower is oriented for use and support end fittings of jumper pipes at a level between the upper and lower ends of the buoyancy unit; and riser connections extend outside the buoyancy unit from riser pipes of the riser column to the jumper support structures.
Exhaust gas post-treatment system for Diesel cycle engines comprising in succession, according to a direction of circulation of an exhaust gas flow, the following components in succession: - Diesel oxidation catalyst, - Diesel particulate filter, - Selective catalytic reduction with a relative metering unit of urea-based reducing agent (AdBlue ®), - an abatement device (CoF), the system being characterized in that the abatement device comprises a matrix ceramic defining a closed filter at least partially loaded with a first loading based on zeolites and a second loading (Nob) based on noble metals, wherein said ceramic matrix has a porosity <45%, a pore diameter <9 microns and a filtering surface between 0.2 and 1 m 2. - Diesel oxidation catalyst, - Diesel particulate filter, - Selective catalytic reduction with a relative metering unit of urea-based reducing agent (AdBlue ®), - an abatement device (CoF),
Combination of vitamin E and polyunsaturated fatty acid (PUFA) for use of prevention, control or treatment of non-alcoholic fat accumulation in the liver in a subject in need thereof, wherein the ratio of vitamin E and polyunsaturated fatty acids is 1:1, 5:1, 20:1, 1:2 or 1:5, wherein the vitamin E is calculated as α-tocopherol and the ratio is calculated as weight ratio.
A method for preparing and controlling print jobs in a printing press by means of a printing unit, which is provided with an inking unit having a ink fountain, ink metering devices, an ink ductor, and a ductor roller, inking unit, distributor and inking rollers, a dampening unit having a dampening ductor roller, a metering roller, and dampening rollers, a plate cylinder supporting a printing plate, a blanket/impression cylinder, and register setting devices, characterized in that quality measuring values of printed sheets are measured by means of an optical detection unit, and dimensions and/or force effects of machine elements determining the print quality are measured by means of one or several further detection units, that the data of the measurements is supplied to one or several evaluation and regulation devices, and that settings of operating states or motion sequences of inking unit and/or dampening unit rollers and/or of a blanket/impression cylinder can be changed by means of the evaluation and regulating devices as a function of the detection of quality measuring values at a printed sheet and of measuring values of dimensions or force effects at machine elements, and that combined setting and/or regulating strategies are stored in the control and regulating device for the correction of errors with regard to the print quality, - in such a way that, if a proposed setting/regulating strategy from the image evaluation and a proposed setting/regulating strategy from the measuring of machine elements are consistent, the proposed adjustment is carried out, - and if the setting/regulating strategies have the same tendency, but lead to different setting values, an average value is formed from both setting signals, - and if the setting/regulating strategies are inconsistent with one another, a preferred strategy is selected or an alternative strategy is sought for the strategy found from the print image evaluation, - and if the setting/regulating strategies result in setting signals outside of a setting range or if no sufficient setting strategy can be determined, warning messages are issued for checking the machine and the settings thereof. - in such a way that, if a proposed setting/regulating strategy from the image evaluation and a proposed setting/regulating strategy from the measuring of machine elements are consistent, the proposed adjustment is carried out, - and if the setting/regulating strategies have the same tendency, but lead to different setting values, an average value is formed from both setting signals, - and if the setting/regulating strategies are inconsistent with one another, a preferred strategy is selected or an alternative strategy is sought for the strategy found from the print image evaluation, - and if the setting/regulating strategies result in setting signals outside of a setting range or if no sufficient setting strategy can be determined, warning messages are issued for checking the machine and the settings thereof.