mhurhangee/ep-ind-claims huggingface dataset:
Conveyor belt system having a longitudinally running conveyor belt and a multiplicity of longitudinally spaced-apart carrying-roller stations, on which the conveyor belt is supported on carrying rollers, wherein the conveyor belt is formed from a flexible base material and a multiplicity of longitudinally running tension means, which are not connected to one another but determine the tensile stiffness of the conveyor belt, characterized in that, as seen in cross section of the conveyor belt and in relation to a desired position, the belt-width-specific tensile stiffness is smaller on a central belt portion (a), which is supported on a respective carrying roller of the carrying-roller station, than on laterally adjoining belt portions (b), which, in the desired position, are not supported on a carrying roller.
A gasket comprising an elastic part containing nitrile rubber, wherein the rubber has a dynamic-to-static ratio, Kd/Kst, of 1.8 or lower, wherein the dynamic-to-static ratio, Kd/Kst, is a ratio between a dynamic spring constant, Kd, and a static spring constant, Kst; characterised in that the dynamic spring constant is 1.5 g/μm or lower, wherein the dynamic spring constant, Kd, represents a constant as measured under conditions of 23 ± 2°C, 100 Hz, and a strain amplitude of 0.1% according to JIS K6394:2007; and the static spring constant, Kst, represents a constant as measured under conditions of 23 ± 2°C and a strain amplitude of 0.1% according to JIS K6394:2007. wherein the rubber has a dynamic-to-static ratio, Kd/Kst, of 1.8 or lower, wherein the dynamic-to-static ratio, Kd/Kst, is a ratio between a dynamic spring constant, Kd, and a static spring constant, Kst; characterised in that the dynamic spring constant is 1.5 g/μm or lower, wherein the dynamic spring constant, Kd, represents a constant as measured under conditions of 23 ± 2°C, 100 Hz, and a strain amplitude of 0.1% according to JIS K6394:2007; and the static spring constant, Kst, represents a constant as measured under conditions of 23 ± 2°C and a strain amplitude of 0.1% according to JIS K6394:2007.
An rotary encoder comprising: a rotary member which includes a cylindrical surface having a plurality of marks arranged with a period in a circumferential direction, and configured to be rotated around an axis of the cylindrical surface; a light source configured to emit light toward the cylindrical surface; a detector including a plurality of photoelectric conversion elements, and configured to detect a predetermined number of marks of the plurality of marks with the light emitted from the light source; and a signal processor (CULC) configured to obtain rotation angle of the rotary member based on an output from the detector, wherein the detector is configured to output periodic signals with a plurality of periods, corresponding to the predetermined number of marks, being uneven due to a geometrical layout of the light source, the cylindrical surface, and the detector, and the signal processor is configured to obtain the rotation angle based on a reference periodic signal, obtained based on the geometrical layout, with an uneven plurality of periods and a reference phase, and the output periodic signals. a rotary member which includes a cylindrical surface having a plurality of marks arranged with a period in a circumferential direction, and configured to be rotated around an axis of the cylindrical surface; a light source configured to emit light toward the cylindrical surface; a detector including a plurality of photoelectric conversion elements, and configured to detect a predetermined number of marks of the plurality of marks with the light emitted from the light source; and a signal processor (CULC) configured to obtain rotation angle of the rotary member based on an output from the detector, wherein the detector is configured to output periodic signals with a plurality of periods, corresponding to the predetermined number of marks, being uneven due to a geometrical layout of the light source, the cylindrical surface, and the detector, and the signal processor is configured to obtain the rotation angle based on a reference periodic signal, obtained based on the geometrical layout, with an uneven plurality of periods and a reference phase, and the output periodic signals.
A head-up display device, comprising: a display light emitting part for emitting display light that shows a display image; a transmission-type screen, including a light receiving surface that receives the display light and an emission surface that emits the display light; and a reflecting mirror that reflects the display light from the transmission-type screen, characterised in that the transmission-type screen includes a concave curved portion on one end side of the emission surface, and the curved portion reflects external light reaching from the reflecting mirror in a direction different from that of the reflecting mirror. a display light emitting part for emitting display light that shows a display image; a transmission-type screen, including a light receiving surface that receives the display light and an emission surface that emits the display light; and a reflecting mirror that reflects the display light from the transmission-type screen, characterised in that the transmission-type screen includes a concave curved portion on one end side of the emission surface, and the curved portion reflects external light reaching from the reflecting mirror in a direction different from that of the reflecting mirror.
A blood glucose meter comprising: a blood glucose level measuring unit for measuring a blood glucose level of a patient; a blood glucose level table (207, 307) including a blood glucose level field storing the blood glucose level of the patient measured with the blood glucose level measuring unit and a date and time field storing a date and time when the blood glucose level measuring unit measured the blood glucose level of the patient; a display unit (209, 309) for displaying the blood glucose level stored in the blood glucose level field; a control unit (208, 308) giving a command to supply power to the display unit (209, 309); and an input/output controller (210, 310) configured to perform, in sequence, the power supply to the display unit (209, 309) according to a command given through the control unit (208, 308), reading the blood glucose level measured during a predetermined period of time from the blood glucose level table (207, 307) to calculate an average value, comparing the average value with a first threshold and a second threshold, and displaying image information on the display unit (209, 309) according to a compared result, characterized in that the blood glucose level table (207, 307) includes an after-meal flag field indicating whether the patient measured a blood glucose level after a meal, and the input/output controller (210, 310) is configured to perform converting the blood glucose level related to an after-meal record where a logical value in the after-meal flag field is true into a pseudo blood glucose level measured before a meal, to calculate an average value. a blood glucose level measuring unit for measuring a blood glucose level of a patient; a blood glucose level table (207, 307) including a blood glucose level field storing the blood glucose level of the patient measured with the blood glucose level measuring unit and a date and time field storing a date and time when the blood glucose level measuring unit measured the blood glucose level of the patient; a display unit (209, 309) for displaying the blood glucose level stored in the blood glucose level field; a control unit (208, 308) giving a command to supply power to the display unit (209, 309); and an input/output controller (210, 310) configured to perform, in sequence, the power supply to the display unit (209, 309) according to a command given through the control unit (208, 308), reading the blood glucose level measured during a predetermined period of time from the blood glucose level table (207, 307) to calculate an average value, comparing the average value with a first threshold and a second threshold, and displaying image information on the display unit (209, 309) according to a compared result,
Method for an automatic provisioning of a customized cloud stack comprising a customized infrastructure of servers, software and services by using a number of domain specific languages, model-to-model transformations and code generators, wherein a first domain specific language is used to define a model of software and services to be provisioned on particular hosting units that are defined by a user, wherein the hosting units are mapped to a general model of the infrastructure of the customized cloud stack by an execution engine; and wherein the general model is generated by a second domain specific language, transformed by the execution engine and mapped to a model conforming to a metamodel of a third domain specific language which is used to provision the infrastructure according to the particular hosting units defined by the first domain specific language; and wherein files for initialization of a particular server within the infrastructure of servers are generated by particular code generators according to the model defined by the third domain specific language and weaved into userdata for specifying particular software and services, wherein the userdata are passed when particular servers are started and wherein particular code generators are used to produce consumers of services generated by the third domain specific language for provisioning the infrastructure of the customized cloud stack as specified in respective hosting units.
A method of operating a wind turbine comprising a generator that provides variable voltage at variable frequency and has a stator and a rotor, a turbine assembly including at least one blade for rotating the rotor of the generator, and a power converter that interfaces the generator to a supply network (NETWORK) operating at nominally fixed voltage and nominally fixed frequency, the power converter comprising: a first active rectifier/inverter electrically connected to the stator of the generator and including a plurality of semiconductor power switching devices; a second active rectifier/inverter including a plurality of semiconductor power switching devices; a dc link connected between the first active rectifier/inverter and the second active rectifier/inverter; a filter connected between the second active rectifier/inverter and the supply network (NETWORK), the filter including network terminals; a first controller for the first active rectifier/inverter; and a second controller for the second active rectifier/inverter; wherein in response to a change in wind speed the method is characterised by comprising the steps of: controlling the second active rectifier/inverter to change the level of power exported out of the dc link such that the dc link voltage changes from a desired level; and controlling the first active rectifier/inverter to import sufficient current into the dc link through the generator bridge from the generator to restore the dc link voltage to the desired level. a first active rectifier/inverter electrically connected to the stator of the generator and including a plurality of semiconductor power switching devices; a second active rectifier/inverter including a plurality of semiconductor power switching devices; a dc link connected between the first active rectifier/inverter and the second active rectifier/inverter; a filter connected between the second active rectifier/inverter and the supply network (NETWORK), the filter including network terminals; a first controller for the first active rectifier/inverter; and a second controller for the second active rectifier/inverter; wherein in response to a change in wind speed the method is characterised by comprising the steps of: controlling the second active rectifier/inverter to change the level of power exported out of the dc link such that the dc link voltage changes from a desired level; and controlling the first active rectifier/inverter to import sufficient current into the dc link through the generator bridge from the generator to restore the dc link voltage to the desired level. controlling the second active rectifier/inverter to change the level of power exported out of the dc link such that the dc link voltage changes from a desired level; and controlling the first active rectifier/inverter to import sufficient current into the dc link through the generator bridge from the generator to restore the dc link voltage to the desired level.
Penile surgical separator-fixator, suitable for the immobilization of the penis during a surgical intervention of the urethra, characterized in that it comprises a smooth, hard plate, made of a material that is not damaging for the user's skin, the plate having in correspondence with one of its edges a curved recess to support the base of the patient's penis, whereas opposite to said recess a plurality of holes and grooves are provided for the passage of threads for immobilization of the penis during surgery.
A sheet, comprising: a composition comprising 60 to 80 weight percent of polyphenylene, 0 to 10 weight percent of polystyrene, 10 to 20 weight percent of a hydrogenated block copolymer of an alkenyl aromatic compound and a conjugated diene, 3 to 10 weight percent of polysalicylate, and 3 to 20 weight percent of a phosphorous containing flame retardant additive, wherein the hydrogenated block copolymer has a weight average molecular weight of 100,000 to 150,000, determined by gel permeation chromatography and based on comparison to polystyrene standards. a composition comprising 60 to 80 weight percent of polyphenylene, 0 to 10 weight percent of polystyrene, 10 to 20 weight percent of a hydrogenated block copolymer of an alkenyl aromatic compound and a conjugated diene, 3 to 10 weight percent of polysalicylate, and 3 to 20 weight percent of a phosphorous containing flame retardant additive, wherein the hydrogenated block copolymer has a weight average molecular weight of 100,000 to 150,000, determined by gel permeation chromatography and based on comparison to polystyrene standards.
A laser crystallizing apparatus comprising: a first light source unit configured to emit a first input light having a linearly polarized laser beam shape; a second light source unit configured to emit a second input light having a linearly polarized laser beam shape; and being characterized by the following: a polarization optical system configured to rotate the first input light and/or the second input light at a predetermined rotation angle; an optical system configured to convert the first input light and the second input light provided from the polarization optical system, which pass through the polarization optical system, into an output light; a stage on which a target substrate is seated and onto which the output light is directed; and a monitoring unit (400, 401) configured to receive one of the first input light and the second input light selectively provided from the polarization optical system and to selectively measure a laser beam quality (M 2 factor) thereof. a first light source unit configured to emit a first input light having a linearly polarized laser beam shape; a second light source unit configured to emit a second input light having a linearly polarized laser beam shape; and being characterized by the following: a polarization optical system configured to rotate the first input light and/or the second input light at a predetermined rotation angle; an optical system configured to convert the first input light and the second input light provided from the polarization optical system, which pass through the polarization optical system, into an output light; a stage on which a target substrate is seated and onto which the output light is directed; and a monitoring unit (400, 401) configured to receive one of the first input light and the second input light selectively provided from the polarization optical system and to selectively measure a laser beam quality (M 2 factor) thereof. a polarization optical system configured to rotate the first input light and/or the second input light at a predetermined rotation angle; an optical system configured to convert the first input light and the second input light provided from the polarization optical system, which pass through the polarization optical system, into an output light; a stage on which a target substrate is seated and onto which the output light is directed; and a monitoring unit (400, 401) configured to receive one of the first input light and the second input light selectively provided from the polarization optical system and to selectively measure a laser beam quality (M 2 factor) thereof.
A color projection system comprising: - a lighting system configured to provide one or more of first light including blue light, second light including one or more of green and yellow light, and third light including red light, wherein the first light, the second light, and the third light include light having a wavelength of 430 nm or larger; - a further light source configured to provide further light source light including one or more of UV light and short wavelength blue light having a wavelength of 420 nm or smaller, wherein the first light, second light, third light and the further light source light have mutually differing spectral power distributions; - a spatial light modulator system configured to receive simultaneously and/or sequentially one or more of the first light, the second light, the third light, and the further light source light, wherein the spatial light modulator system is further configured to provide a plurality of pixels for providing projection system light comprising one or more of the first light, the second light, the third light, and the further light source light; and - a control system configured to control the lighting system, the further light source, and the spatial light modulator system thereby controlling the composition of the projection system light; characterized in that only when the control system controls the lighting system and the spatial light modulator system such that one or more pixels are configured to provide white projection system light, the control system is further configured to control the further light source and the spatial light modulator system to provide also the further light source light via one or more of those one or more pixels. - a lighting system configured to provide one or more of first light including blue light, second light including one or more of green and yellow light, and third light including red light, wherein the first light, the second light, and the third light include light having a wavelength of 430 nm or larger; - a further light source configured to provide further light source light including one or more of UV light and short wavelength blue light having a wavelength of 420 nm or smaller, wherein the first light, second light, third light and the further light source light have mutually differing spectral power distributions; - a spatial light modulator system configured to receive simultaneously and/or sequentially one or more of the first light, the second light, the third light, and the further light source light, wherein the spatial light modulator system is further configured to provide a plurality of pixels for providing projection system light comprising one or more of the first light, the second light, the third light, and the further light source light; and - a control system configured to control the lighting system, the further light source, and the spatial light modulator system thereby controlling the composition of the projection system light;
A double-sided display device, comprising: a transparent display panel in which a plurality of pixels is arranged in a matrix form to display images which may be watched on both the front side and the back side of the display panel, blanking means alternately arranged on the front side and the back side of the display panel in a specific pattern on the pixels so that an image displayed on one side of the display panel by those pixels which are not blanked out on that side of the display panel cannot be seen from the other side of the display panel and a conversion unit adapted to electronically process the data supplied to the conversion unit which corresponds to an image to be displayed on both sides of the display device, so that the image displayed by the pixels which are not blanked out on one side of the display device is the same as that displayed by the pixels which are not blanked out on the other side of the display; characterised in that the blanking means comprise a light diffusion layer on to which light forming the image to be displayed from the pixels that are not blanked out is incident and which diffuses the light to the outside of the blanking means. a transparent display panel in which a plurality of pixels is arranged in a matrix form to display images which may be watched on both the front side and the back side of the display panel, blanking means alternately arranged on the front side and the back side of the display panel in a specific pattern on the pixels so that an image displayed on one side of the display panel by those pixels which are not blanked out on that side of the display panel cannot be seen from the other side of the display panel and a conversion unit adapted to electronically process the data supplied to the conversion unit which corresponds to an image to be displayed on both sides of the display device, so that the image displayed by the pixels which are not blanked out on one side of the display device is the same as that displayed by the pixels which are not blanked out on the other side of the display; characterised in that the blanking means comprise a light diffusion layer on to which light forming the image to be displayed from the pixels that are not blanked out is incident and which diffuses the light to the outside of the blanking means.
A reaction product prepared from reactants comprising: (a) at least one compound selected from the group of compounds represented by structural Formula: wherein in Formula: X is arylene; R 1 and R 2 are each independently alkyl; R 3 is hydroxy; and (b) the compound represented by structural Formula: wherein the reaction product comprises at least two pendant -OH functional groups, and wherein the reaction product comprises at least one compound of structural Formula: (a) at least one compound selected from the group of compounds represented by structural Formula: wherein in Formula: X is arylene; R 1 and R 2 are each independently alkyl; R 3 is hydroxy; and X is arylene; R 1 and R 2 are each independently alkyl; R 3 is hydroxy; and (b) the compound represented by structural Formula: wherein the reaction product comprises at least two pendant -OH functional groups, and wherein the reaction product comprises at least one compound of structural Formula: