mhurhangee/ep-ind-claims huggingface dataset:
A safety helmet, comprising: - a head mountable shell defining a rear portion and a recessed front portion; and - a transparent visor mounted on the shell so as to be movable between a first position and a second, operable position substantially at right angles to a user's eyeline; wherein the visor is mounted across the recessed front portion by pivot mechanisms located at opposite sides of the recessed portion; and each pivot mechanism comprises a pair of elongate cam tracks (31, 32) defined in a plate mounted in the recessed portion, and a pair of projections (27a, 27b) on the surface of the visor, such that each projection (27a, 27b) engages a corresponding cam track (31, 32) so as to slide along the corresponding cam track (31, 32) when the visor is moved between the first and second positions; characterised in that the safety helmet further comprises a cover portion for mounting over the recessed front portion so as to define a cavity; wherein the pivot mechanisms are located within the cavity, and the first position of the transparent visor is substantially within the cavity; and wherein the pair of elongate cam tracks (31, 32) are aligned so as to extend downwardly from near an upper end of the plate at an incline to the vertical, towards a lower end of the plate. - a head mountable shell defining a rear portion and a recessed front portion; and - a transparent visor mounted on the shell so as to be movable between a first position and a second, operable position substantially at right angles to a user's eyeline; wherein the visor is mounted across the recessed front portion by pivot mechanisms located at opposite sides of the recessed portion; and each pivot mechanism comprises a pair of elongate cam tracks (31, 32) defined in a plate mounted in the recessed portion, and a pair of projections (27a, 27b) on the surface of the visor, such that each projection (27a, 27b) engages a corresponding cam track (31, 32) so as to slide along the corresponding cam track (31, 32) when the visor is moved between the first and second positions; characterised in that the safety helmet further comprises a cover portion for mounting over the recessed front portion so as to define a cavity; wherein the pivot mechanisms are located within the cavity, and the first position of the transparent visor is substantially within the cavity; and wherein the pair of elongate cam tracks (31, 32) are aligned so as to extend downwardly from near an upper end of the plate at an incline to the vertical, towards a lower end of the plate.
A controlling device for providing formatted voice data to two or more smart appliances, comprising: an electronic storage medium having processor-readable code embodied therein and storing a plurality of device profiles, wherein each device profile comprises a formatting protocol for formatting voice commands in conformity with a protocol used by at least one of the two or more smart appliances; a first communication interface for transmitting the formatted voice commands to at least one of the two or more smart appliances; a microphone for receiving voice input; and a processor, coupled to the electronic storage medium, the communication interface, and the microphone for executing the processor-readable code that causes the controlling device to perform steps comprising: receiving, by the processor, via the microphone, a first voice command; determining, by the processor, a first smart appliance to which the first voice command is intended; identifying, by the processor, a first formatting protocol in the electronic storage medium associated with the first smart appliance; formatting, by the processor, the voice command into a formatted voice command in conformance with the first formatting protocol; and transmitting, by the processor, via the communication interface the formatted voice command to the first smart appliance. an electronic storage medium having processor-readable code embodied therein and storing a plurality of device profiles, wherein each device profile comprises a formatting protocol for formatting voice commands in conformity with a protocol used by at least one of the two or more smart appliances; a first communication interface for transmitting the formatted voice commands to at least one of the two or more smart appliances; a microphone for receiving voice input; and a processor, coupled to the electronic storage medium, the communication interface, and the microphone for executing the processor-readable code that causes the controlling device to perform steps comprising: receiving, by the processor, via the microphone, a first voice command; determining, by the processor, a first smart appliance to which the first voice command is intended; identifying, by the processor, a first formatting protocol in the electronic storage medium associated with the first smart appliance; formatting, by the processor, the voice command into a formatted voice command in conformance with the first formatting protocol; and transmitting, by the processor, via the communication interface the formatted voice command to the first smart appliance. receiving, by the processor, via the microphone, a first voice command; determining, by the processor, a first smart appliance to which the first voice command is intended; identifying, by the processor, a first formatting protocol in the electronic storage medium associated with the first smart appliance; formatting, by the processor, the voice command into a formatted voice command in conformance with the first formatting protocol; and transmitting, by the processor, via the communication interface the formatted voice command to the first smart appliance.
A blade outer airseal for a gas turbine engine having: a body comprising: an inner diameter surface; an outer diameter surface; a leading end; a trailing end; a metallic substrate comprising a band extending from a forward rim to an aft rim; and a coating system atop the substrate along at least a portion of the inner diameter surface, wherein: at least over a first area of the inner diameter surface, the coating system comprises an abradable layer and a thermal barrier layer between the abradable layer and the substrate; the thermal barrier layer comprises a ceramic and metallic phases (144, 140) within the ceramic; and the thermal barrier layer extends axially beyond the abradable layer, characterized in that: the thermal barrier layer wraps around the forward rim and the aft rim. an inner diameter surface; an outer diameter surface; a leading end; a trailing end; a metallic substrate comprising a band extending from a forward rim to an aft rim; and a coating system atop the substrate along at least a portion of the inner diameter surface, at least over a first area of the inner diameter surface, the coating system comprises an abradable layer and a thermal barrier layer between the abradable layer and the substrate; the thermal barrier layer comprises a ceramic and metallic phases (144, 140) within the ceramic; and the thermal barrier layer extends axially beyond the abradable layer,
Process for obtaining a wood-based aromatic extract powder, comprising a step of heating at least one piece of dried raw wood, the step of heating being configured to optimize a subsequent extraction of vanillin, a step of aqueous extraction in order to obtain a solution containing components extracted from the wood and a step of atomizing said solution in order to obtain the wood-based aromatic extract powder, the parameters of the steps of heating, of extraction and/or of atomization being adjusted in order to obtain an aromatic extract powder comprising a vanillin concentration of between 1800 and 3800 mg/kg.
A train number identification method, comprising: continuously photographing a train under inspection by using a linear-array camera in motion relative to the train under inspection, and generating a plurality of partial images of the train; splicing the plurality of partial images of the train to obtain a spliced image; correcting distortion of the spliced image to obtain a corrected image; identifying a train number from the corrected image; wherein the correcting distortion of the spliced image comprises: extracting a contour of a wheel from the spliced image; obtaining a ratio between a horizontal diameter and a vertical diameter of the wheel from the contour; if the ratio is greater than a first preset threshold, horizontally compressing the spliced image according to the ratio; and if the ratio is smaller than a second preset threshold, horizontally stretching the spliced image. continuously photographing a train under inspection by using a linear-array camera in motion relative to the train under inspection, and generating a plurality of partial images of the train; splicing the plurality of partial images of the train to obtain a spliced image; correcting distortion of the spliced image to obtain a corrected image; identifying a train number from the corrected image; wherein the correcting distortion of the spliced image comprises: extracting a contour of a wheel from the spliced image; obtaining a ratio between a horizontal diameter and a vertical diameter of the wheel from the contour; if the ratio is greater than a first preset threshold, horizontally compressing the spliced image according to the ratio; and if the ratio is smaller than a second preset threshold, horizontally stretching the spliced image. extracting a contour of a wheel from the spliced image; obtaining a ratio between a horizontal diameter and a vertical diameter of the wheel from the contour; if the ratio is greater than a first preset threshold, horizontally compressing the spliced image according to the ratio; and if the ratio is smaller than a second preset threshold, horizontally stretching the spliced image.
A light-emitting device, comprising: a first conductivity-type semiconductor layer disposed on a substrate; an active layer disposed on the first conductivity-type semiconductor layer; a second conductivity-type semiconductor layer disposed on the active layer; and an irregular convex-concave pattern disposed on a surface of the first conductivity-type semiconductor layer, wherein the irregular convex-concave pattern comprises convex portions and concave portions, the convex portions comprising irregular heights, the concave portions comprising irregular depths, and wherein the first conductivity-type semiconductor layer comprising the irregular convex-concave pattern is exposed by partially etching the active layer and the second conductivity-type semiconductor layer, a first electrode pad disposed on the exposed surface of the first conductivity-type semiconductor layer, wherein an upper portion of the first conductivity-type semiconductor layer contacting the first electrode pad comprises a flat surface, a second electrode pad disposed on the second conductivity-type semiconductor layer, characterized by first electrode legs extending from the first electrode pad, second electrode legs extending from the second electrode pad and alternating with the first electrode legs to be disposed parallel to the first electrode legs, wherein the irregular convex-concave pattern comprises a region of a first irregular convex-concave pattern overlapping the first electrode legs (17 1) to be disposed parallel thereto on a surface of the first conductivity-type semiconductor layer, a region of a second irregular convex-concave pattern extending from the region of the first irregular convex-concave pattern towards the second electrode legs, and a region of a third irregular convex-concave pattern disposed in an edge region of the light emitting device. a first conductivity-type semiconductor layer disposed on a substrate; an active layer disposed on the first conductivity-type semiconductor layer; a second conductivity-type semiconductor layer disposed on the active layer; and an irregular convex-concave pattern disposed on a surface of the first conductivity-type semiconductor layer, wherein the irregular convex-concave pattern comprises convex portions and concave portions, the convex portions comprising irregular heights, the concave portions comprising irregular depths, and wherein the first conductivity-type semiconductor layer comprising the irregular convex-concave pattern is exposed by partially etching the active layer and the second conductivity-type semiconductor layer,
Emergency service vehicle having a lighting module, which lighting module is arranged outside and in the region of the roof edge of the emergency service vehicle 24, with the emergency service vehicle being embodied as a fire engine, with the lighting module comprising a profiled part, a first and a second lighting module, with the first lighting module being arranged in a first accommodating area of the profiled part and illuminating a surrounding near the emergency service vehicle as a first spatial section, with the second lighting module being arranged in a second accommodating area of the profiled part and illuminating a roof section of the emergency service vehicle as a second spatial section, characterized in that the first lighting module comprises at least two first lighting elements for emitting electromagnetic radiation and a transparent covering element, with the first lighting element being formed from a semiconductor component and being arranged on a support structure and each first lighting element emits the maximum of the electromagnetic radiation in a main beam direction, with the main beam directions limiting an angle (28, 29) towards one another, with the result that each first lighting element illuminates a section of the first spatial section, and furthermore, the second lighting module comprises a second lighting element made of a semiconductor component for emitting electromagnetic radiation.
A method of improving the rheological and/or machineability properties of a flour dough and/or the quality of a product made from the dough, comprising adding to the dough a combination comprising a maltose oxidising oxidoreductase and an emulsifying agent wherein the emulsifying agent is a lipase and wherein said lipase is a purified lipolytic enzyme from Fusarium oxysporum produced by submerged fermentation of a genetically modified Aspergillus oryzae microorganism.
An electronic article surveillance tag, comprising: - a body provided with a battery compartment for holding a battery, the body comprising a first opening through which an end of a first pin (220, 250) can be inserted inside the body and releasably locked therein by a first locking mechanism, characterised in that the electronic article surveillance tag comprises a slidable cover for closing the battery compartment, the slidable cover comprising a second opening that is aligned with the first opening when the slidable cover is in a closed position, the body comprises a third opening through which an end of a second pin (220, 260) can be inserted inside the body and releasably locked therein by a second locking mechanism, and the slidable cover comprises a fourth opening that is aligned with the third opening when the slidable cover is in a closed position. - a body provided with a battery compartment for holding a battery, the body comprising a first opening through which an end of a first pin (220, 250) can be inserted inside the body and releasably locked therein by a first locking mechanism,
Method for operating a multi-fuel internal combustion engine with a lambda controller for controlling a formation of a mixture composed of a fuel and air, in which in a warming up phase the internal combustion engine is operated with a first fuel, and after the warming up phase switching over to operation with a second fuel is carried out, wherein in the warming up phase of the internal combustion engine a control error Δλ warmup of the lambda control is determined in order to adapt the formation of the mixture composed of the first fuel and air, wherein a corrected control error Δλ opwarm is derived from the application of at least a first parameter dependent on at least one operating characteristic variable of the internal combustion engine to the control error Δλ warmup, which corrected control error models the control error of the lambda controller for the control of the formation of a mixture from a first fuel and air of the operationally warm internal combustion engine, characterized in that at least one further parameter, which is derived from a characteristic curve as a function of an intake air temperature and/or from a characteristic curve as a function of an ambient altitude and/or from a characteristic curve as a function of a fuel temperature and/or from a characteristic curve as a function of a fuel mass is applied to the control error Δλ warmup.
Powder comprising Nb x Sn y where 1 ≤ x ≤ 6 and 1 ≤ y ≤ 5 for producing superconducting components, characterized in that the powder has no separate NbO and SnO phases and the oxygen content in the powder is less than 1.1% by weight, based on the total weight of the powder.
Apparatus, by which frame profiles (1a, 1b) which have in each case been mitre-cut and seals (2, 4) which have been inserted in the frame profiles and which extend along the frame profiles can be welded to one another in the mitre region, wherein the frame profiles are made of plastic, and wherein the seals are made of an elastic plastic material and have at least one sealing region, said apparatus comprising a. two receiving means, in which in each case one of the frame profiles (1a, 1b) with at least one of the seals (2, 4) is held, b. a heating device for heating the frame profiles (1a, 1b) and the seals (2, 4) to a welding temperature, c. wherein a seal-holding portion for holding in each case one of the seals (2, 4) is provided on each receiving means, and d. wherein the seal-holding portion has a side wall for supporting and for pre-positioning and/or pre-compressing the seal (2, 4), e. wherein the side wall has a protrusion, in particular a thickening, which protrudes from the side wall in a direction perpendicular to a main direction of extension of the respective frame profile (1a, 1b), characterized in that f. the protrusion, in particular the thickening, of the seal-holding portion extends along the profile longitudinal axis over 1.5 mm to 80 mm starting from the mitre joint, g. one or both seal-holding portions is/are configured as an add-on which is fastened to the receiving means, wherein the add-ons are adjustable on the receiving means in the longitudinal direction of the associated frame profile (1a, 1b) and otherwise are securely fixed to the receiving means. a. two receiving means, in which in each case one of the frame profiles (1a, 1b) with at least one of the seals (2, 4) is held, b. a heating device for heating the frame profiles (1a, 1b) and the seals (2, 4) to a welding temperature, c. wherein a seal-holding portion for holding in each case one of the seals (2, 4) is provided on each receiving means, and d. wherein the seal-holding portion has a side wall for supporting and for pre-positioning and/or pre-compressing the seal (2, 4), e. wherein the side wall has a protrusion, in particular a thickening, which protrudes from the side wall in a direction perpendicular to a main direction of extension of the respective frame profile (1a, 1b), characterized in that f. the protrusion, in particular the thickening, of the seal-holding portion extends along the profile longitudinal axis over 1.5 mm to 80 mm starting from the mitre joint, g. one or both seal-holding portions is/are configured as an add-on which is fastened to the receiving means, wherein the add-ons are adjustable on the receiving means in the longitudinal direction of the associated frame profile (1a, 1b) and otherwise are securely fixed to the receiving means.
A light emitting unit for a liquid crystal display apparatus, the light emitting unit comprising: a light source unit which generates light; and a driving board which drives the light source unit, wherein the light source unit comprises: a light source which generates the light; and, characterized by: a container member which is made of an elastically deformable material, mounted on the driving board and which forms an opening therein and which contains the light source within the opening; and a fluorescent member comprising a fluorescent material consisting of a quantum dot mounted in the opening of the container member, wherein the light source and the fluorescent member are spaced apart by a distance which is at least 2mm and less than 5mm. a light source unit which generates light; and a driving board which drives the light source unit, wherein the light source unit comprises: a light source which generates the light; and, characterized by: a container member which is made of an elastically deformable material, mounted on the driving board and which forms an opening therein and which contains the light source within the opening; and a fluorescent member comprising a fluorescent material consisting of a quantum dot mounted in the opening of the container member, wherein the light source and the fluorescent member are spaced apart by a distance which is at least 2mm and less than 5mm. a light source which generates the light; and, characterized by: a container member which is made of an elastically deformable material, mounted on the driving board and which forms an opening therein and which contains the light source within the opening; and a fluorescent member comprising a fluorescent material consisting of a quantum dot mounted in the opening of the container member, wherein the light source and the fluorescent member are spaced apart by a distance which is at least 2mm and less than 5mm. a container member which is made of an elastically deformable material, mounted on the driving board and which forms an opening therein and which contains the light source within the opening; and a fluorescent member comprising a fluorescent material consisting of a quantum dot mounted in the opening of the container member, wherein the light source and the fluorescent member are spaced apart by a distance which is at least 2mm and less than 5mm.
A power supply circuit, comprising: 1.1 a semiconductor device; and 1.2 first resistors (R1, R2) disposed externally to the semiconductor device; wherein the semiconductor device includes: 1.3 a first overvoltage detection unit including a first comparator arranged to output a first detection signal based on a comparison, with a first threshold voltage value, of a first divided voltage after dividing an output voltage of the power supply circuit by the first resistors; and 1.4 a second overvoltage detection unit including second resistors (52, 53) and a second comparator arranged to output a second detection signal based on a comparison, with a second threshold value voltage, of a second divided voltage after dividing the output voltage of the power supply circuit by the second resistors; wherein 1.5 a first overvoltage set value determined by the first threshold value voltage and the resistance value of the first resistors is lower than a second overvoltage set value determined by the second threshold value voltage and the resistance value of the second resistors. 1.1 a semiconductor device; and 1.2 first resistors (R1, R2) disposed externally to the semiconductor device; wherein the semiconductor device includes: 1.3 a first overvoltage detection unit including a first comparator arranged to output a first detection signal based on a comparison, with a first threshold voltage value, of a first divided voltage after dividing an output voltage of the power supply circuit by the first resistors; and 1.4 a second overvoltage detection unit including second resistors (52, 53) and a second comparator arranged to output a second detection signal based on a comparison, with a second threshold value voltage, of a second divided voltage after dividing the output voltage of the power supply circuit by the second resistors; wherein 1.5 a first overvoltage set value determined by the first threshold value voltage and the resistance value of the first resistors is lower than a second overvoltage set value determined by the second threshold value voltage and the resistance value of the second resistors.