mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for detecting one or more traffic participants , comprising: a first detection device for detecting the traffic participant in a first detection region ; a second detection device for detecting the traffic participant in a second detection region , wherein the first detection device is designed to: (i) repeatedly scan the first detection region and detect an entry of the traffic participant into the first detection region , and (ii) in the case of an instruction into an angular portion beyond the first detection region , detect the traffic participant in an extended first detection region ; and the second detection device comprises at least one cooperative sensor which is designed to detect a position or an instruction direction of the traffic participant based on data transmitted by the traffic participant , and the second detection device , in response to the detection of the traffic participant , is designed to provide data regarding the traffic participant that are required for the instruction and to transmit said data to the first detection device for instruction, such that the traffic participant can be detected by the first detection device before entering the first detection region . a first detection device for detecting the traffic participant in a first detection region ; a second detection device for detecting the traffic participant in a second detection region , wherein the first detection device is designed to: (i) repeatedly scan the first detection region and detect an entry of the traffic participant into the first detection region , and (ii) in the case of an instruction into an angular portion beyond the first detection region , detect the traffic participant in an extended first detection region ; and (i) repeatedly scan the first detection region and detect an entry of the traffic participant into the first detection region , and (ii) in the case of an instruction into an angular portion beyond the first detection region , detect the traffic participant in an extended first detection region ; and the second detection device comprises at least one cooperative sensor which is designed to detect a position or an instruction direction of the traffic participant based on data transmitted by the traffic participant , and the second detection device , in response to the detection of the traffic participant , is designed to provide data regarding the traffic participant that are required for the instruction and to transmit said data to the first detection device for instruction, such that the traffic participant can be detected by the first detection device before entering the first detection region .
A protective structure for a construction machine , comprising: a cabin of the construction machine, said cabin having a ceiling; a roof guard configured to protect the ceiling of the cabin , the protective structure being characterized by ; a first bracket protruding laterally from an outer periphery of an upper end of the cabin ; a first protruding piece and a second protruding piece protruding laterally from an outer periphery of the roof guard ; and a second bracket horizontally interposed between the first protruding piece and the second protruding piece , the second bracket having a joined part to be joined to an upper end of the first bracket . a cabin of the construction machine, said cabin having a ceiling; a roof guard configured to protect the ceiling of the cabin , the protective structure being characterized by ; a first bracket protruding laterally from an outer periphery of an upper end of the cabin ; a first protruding piece and a second protruding piece protruding laterally from an outer periphery of the roof guard ; and a second bracket horizontally interposed between the first protruding piece and the second protruding piece , the second bracket having a joined part to be joined to an upper end of the first bracket .
A method for controlling a display mode in a combat aircraft comprising the steps of: a) determining sensor capacity of an enemy combat aircraft , b) forming a detection area based on the determined sensor capacity from the previous step a), and c) determining the position of the combat aircraft relative to the detection area, characterized by d) controlling the display mode based on the determined relative position from the previous step c), wherein the determined relative position is adapted for indicating whether the combat aircraft is inside or outside the detection area, if the combat aircraft is outside of the detection area the display mode is switched to a zone mode showing an overview of an overall enemy situation, and if the combat aircraft is inside the detection area the display mode is switched to a duel mode showing restricted volumes of the overall enemy situation relating to the enemy combat aircraft . a) determining sensor capacity of an enemy combat aircraft , b) forming a detection area based on the determined sensor capacity from the previous step a), and c) determining the position of the combat aircraft relative to the detection area, characterized by d) controlling the display mode based on the determined relative position from the previous step c), wherein the determined relative position is adapted for indicating whether the combat aircraft is inside or outside the detection area, if the combat aircraft is outside of the detection area the display mode is switched to a zone mode showing an overview of an overall enemy situation, and if the combat aircraft is inside the detection area the display mode is switched to a duel mode showing restricted volumes of the overall enemy situation relating to the enemy combat aircraft .
Use in a cosmetic composition of an effective amount of at least one substance, obtained from at least one plant or at least one yeast which acts on the IGF1 (insulin-like growth factor) and/or IGF-1 R (insulin-like growth factor receptor) of skin cells, as a cosmetic active ingredient intended to prevent or fight against skin aging, characterized in that said substance: - is an enzymatic hydrolyzate of Candida oleophila, - increases expression of messenger ribonucleic acids (mRNAs) encoding IGF-1 in skin fibroblasts and/or increases synthesis of IGF-1 in skin fibroblasts and/or increases expression of IGF-1 R phosphorylation in epidermal keratinocytes. - is an enzymatic hydrolyzate of Candida oleophila, - increases expression of messenger ribonucleic acids (mRNAs) encoding IGF-1 in skin fibroblasts and/or increases synthesis of IGF-1 in skin fibroblasts and/or increases expression of IGF-1 R phosphorylation in epidermal keratinocytes.
A laminate web comprising a polymer film layer comprising polymer film, a nonwoven layer comprising nonwoven web, a first side comprising the polymer film, and a second side comprising the nonwoven web, the laminate web further comprising a plurality of first elements extending from the polymer film, wherein the first elements are: micro-apertures; micro bubbles; apertured protrusions; non-apertured protrusions; or fibrils, and wherein the laminate web further comprises a plurality of second elements selected from the group consisting of embossing, recesses and combinations thereof. micro-apertures; micro bubbles; apertured protrusions; non-apertured protrusions; or fibrils, and
A cooking apparatus comprising: a plurality of light sources (D1-D12) configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterised in that , said light emission driving controller is further configured to generate driving signals by synthesizing a periodic signal and a random signal, and apply the driving signals to the plurality of groups. a plurality of light sources (D1-D12) configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterised in that , said light emission driving controller is further configured to generate driving signals by synthesizing a periodic signal and a random signal, and apply the driving signals to the plurality of groups.
An illumination device comprising an optical plate extending over a plurality of LEDs arranged on a PCB main surface of a PCB , in a mounted configuration said PCB and optical plate are mutually connected by a plurality of fasteners , wherein each fastener extends through a respective, associated through hole in the optical plate in a direction transverse to said PCB main surface, wherein said associated through hole has a wide portion extending over a depth D from a first main surface of the optical plate facing away from the PCB towards a second main surface of the optical plate facing towards the PCB, which through hole is narrowed to a neck portion at said depth D, and wherein each fastener extends through said through hole with play S in a plane P parallel to said PCB main surface and rests on a respective, associated resilient washer seated in the wide portion of said associated through hole, characterized in that the wide portion comprises a tapered portion which gradually, preferably continually, tapers along depth D, and in that the washer is a toothed washer, preferably with teeth extending outward. wherein each fastener extends through a respective, associated through hole in the optical plate in a direction transverse to said PCB main surface, wherein said associated through hole has a wide portion extending over a depth D from a first main surface of the optical plate facing away from the PCB towards a second main surface of the optical plate facing towards the PCB, which through hole is narrowed to a neck portion at said depth D, and wherein each fastener extends through said through hole with play S in a plane P parallel to said PCB main surface and rests on a respective, associated resilient washer seated in the wide portion of said associated through hole, characterized in that the wide portion comprises a tapered portion which gradually, preferably continually, tapers along depth D, and in that the washer is a toothed washer, preferably with teeth extending outward.
RS-norketotifen or a pharmaceutically acceptable salt thereof for use in a method for treating a pruritic and/or inflammatory dermal disorder in a dog in need of such treatment, said method comprising orally administering to the dog in need a therapeutically effective amount of said RS-norketotifen or a pharmaceutically acceptable salt thereof, wherein the therapeutically effective amount of RS-norketotifen does not produce sedative side effects upon administration to the dog.
An apparatus for decoding a video bitstream to reconstruct a quantization matrix, QM, associated with a picture, the apparatus comprising a processor , the processor being configured to: • acquire a plurality of weighting factors from a received video bitstream, wherein each weighting factor among the plurality of weighting factors is associated with a reference QM among a plurality of reference QMs; • acquire the plurality of reference QMs, wherein each reference QM among the plurality of reference QMs is a previously decoded QM; • compute a predicted matrix using the plurality of reference QMs and the plurality of weighting factors associated with the plurality of reference QMs, wherein the predicted matrix is used to reconstruct the QM associated with the picture. • acquire a plurality of weighting factors from a received video bitstream, wherein each weighting factor among the plurality of weighting factors is associated with a reference QM among a plurality of reference QMs; • acquire the plurality of reference QMs, wherein each reference QM among the plurality of reference QMs is a previously decoded QM; • compute a predicted matrix using the plurality of reference QMs and the plurality of weighting factors associated with the plurality of reference QMs, wherein the predicted matrix is used to reconstruct the QM associated with the picture.
A spectroscopic measurement device , comprising: A light source unit for outputting pump light (La) and probe light (Lb); a terahertz wave generation unit for generating a terahertz wave (T) by input of the pump light (La); a terahertz wave detection unit to which the terahertz wave (T) and the probe light (Lb) are input and which modulates the probe light (Lb) based on a refractive index that changes due to an electro-optical effect according to input of the terahertz wave (T); and a light detection unit for detecting the probe light (Lb) modulated by the terahertz wave detection unit, a main body unit configured to include the light source unit and the light detection unit , a measurement unit configured to include the terahertz wave generation unit and the terahertz wave detection unit , and a polarization maintaining fiber (F) configured to optically connect the main body unit and the measurement unit wherein the measurement unit is configured to further include a wave plate arranged on an optical path where the probe light modulated by the terahertz wave detection unit is directed to the light detection unit , and the measurement unit is separate from and movable with respect to the main body unit . A light source unit for outputting pump light (La) and probe light (Lb); a terahertz wave generation unit for generating a terahertz wave (T) by input of the pump light (La); a terahertz wave detection unit to which the terahertz wave (T) and the probe light (Lb) are input and which modulates the probe light (Lb) based on a refractive index that changes due to an electro-optical effect according to input of the terahertz wave (T); and a light detection unit for detecting the probe light (Lb) modulated by the terahertz wave detection unit, a main body unit configured to include the light source unit and the light detection unit , a measurement unit configured to include the terahertz wave generation unit and the terahertz wave detection unit , and a polarization maintaining fiber (F) configured to optically connect the main body unit and the measurement unit wherein the measurement unit is configured to further include a wave plate arranged on an optical path where the probe light modulated by the terahertz wave detection unit is directed to the light detection unit , and the measurement unit is separate from and movable with respect to the main body unit .
A method for manufacturing a guide rail having a T-shaped cross-section, which includes a first leg and a second leg , a first end of the first leg adjoining a longitudinal side of the second leg , wherein the guide rail is roll-profiled from a flat metal strip such that a. the metal strip is bent through 180° in a turn-over region , the turn-over region forming a second end of the first leg positioned distal to the second leg , b. two doubling regions of the metal strip adjacent to the turn-over region are aligned in parallel by the bending through 180° in the turn-over region , the two doubling regions forming the first leg as a duplicate structure, and c. two regions of the metal strip adjacent to the doubling regions positioned distal to the turn-over region are bent away by 90° from the longitudinal orientation of the doubling regions in opposite directions, these regions being referred to as sublegs and forming the second leg , wherein the metal strip is bent in the turn-over region so that inner sides of the doubling regions are brought into direct surface contact, characterized in that the metal strip is thinned in the turn-over region by means of roll-profiling before or during the bending of the metal strip in the turn-over region , so that, when the metal strip is bent in the turn-over region , the doubling regions are aligned in parallel and brought into direct surface contact. a. the metal strip is bent through 180° in a turn-over region , the turn-over region forming a second end of the first leg positioned distal to the second leg , b. two doubling regions of the metal strip adjacent to the turn-over region are aligned in parallel by the bending through 180° in the turn-over region , the two doubling regions forming the first leg as a duplicate structure, and c. two regions of the metal strip adjacent to the doubling regions positioned distal to the turn-over region are bent away by 90° from the longitudinal orientation of the doubling regions in opposite directions, these regions being referred to as sublegs and forming the second leg , wherein the metal strip is bent in the turn-over region so that inner sides of the doubling regions are brought into direct surface contact, characterized in that the metal strip is thinned in the turn-over region by means of roll-profiling before or during the bending of the metal strip in the turn-over region , so that, when the metal strip is bent in the turn-over region , the doubling regions are aligned in parallel and brought into direct surface contact. wherein the metal strip is bent in the turn-over region so that inner sides of the doubling regions are brought into direct surface contact, characterized in that the metal strip is thinned in the turn-over region by means of roll-profiling before or during the bending of the metal strip in the turn-over region , so that, when the metal strip is bent in the turn-over region , the doubling regions are aligned in parallel and brought into direct surface contact.
An engine comprising: a crankshaft ; a crankcase accommodating the crankshaft ; a cylinder connected to the crankcase ; a cylinder head connected to the cylinder , the cylinder including an exhaust port ; an exhaust pipe connected to the exhaust port ; a head cover attached to the cylinder head ; a gasket interposed between the cylinder head and the head cover ; a shroud disposed about the cylinder head ; and a cooling fan for taking an outdoor air into the shroud , the cooling fan being connected to the crankshaft , wherein the cylinder head includes a mating surface , the mating surface being attached to the head cover through the gasket , the mating surface is remote from the exhaust port toward the head cover , the shroud includes an opening through which the exhaust pipe is inserted, a mating surface air guide pathway directing part of the outdoor air taken by the cooling fan to in-between of the mating surface and the exhaust port , and a wall portion disposed between the mating surface air guide pathway and the opening , the wall portion being disposed adjacently to at least part of the opening , the wall portion inhibiting the outdoor air from being directly discharged from the opening . a crankshaft ; a crankcase accommodating the crankshaft ; a cylinder connected to the crankcase ; a cylinder head connected to the cylinder , the cylinder including an exhaust port ; an exhaust pipe connected to the exhaust port ; a head cover attached to the cylinder head ; a gasket interposed between the cylinder head and the head cover ; a shroud disposed about the cylinder head ; and a cooling fan for taking an outdoor air into the shroud , the cooling fan being connected to the crankshaft , wherein the cylinder head includes a mating surface , the mating surface being attached to the head cover through the gasket , the mating surface is remote from the exhaust port toward the head cover , the shroud includes an opening through which the exhaust pipe is inserted, a mating surface air guide pathway directing part of the outdoor air taken by the cooling fan to in-between of the mating surface and the exhaust port , and a wall portion disposed between the mating surface air guide pathway and the opening , the wall portion being disposed adjacently to at least part of the opening , the wall portion inhibiting the outdoor air from being directly discharged from the opening . an opening through which the exhaust pipe is inserted, a mating surface air guide pathway directing part of the outdoor air taken by the cooling fan to in-between of the mating surface and the exhaust port , and a wall portion disposed between the mating surface air guide pathway and the opening , the wall portion being disposed adjacently to at least part of the opening , the wall portion inhibiting the outdoor air from being directly discharged from the opening .
A device , comprising: a ground plane ; an antenna structure including: a metal frame ; a low band resonating region formed by a portion of the metal frame ; a high band resonator comprising a first leg connected to a feed point and to the metal frame ; a second leg connected to the ground plane and the metal frame ; a third leg connected to the ground plane ; and a mid band resonator comprising an arm connected between the second leg and the third leg ; and a variable reactance device connected between the third leg and the ground plane , wherein: the metal frame has a fixed resonant frequency; and the arm has a variable resonant frequency, characterized in that the fixed and variable resonance frequencies are two closely spaced resonances within the low and mid band respectively. a ground plane ; an antenna structure including: a metal frame ; a low band resonating region formed by a portion of the metal frame ; a high band resonator comprising a first leg connected to a feed point and to the metal frame ; a second leg connected to the ground plane and the metal frame ; a third leg connected to the ground plane ; and a mid band resonator comprising an arm connected between the second leg and the third leg ; and a variable reactance device connected between the third leg and the ground plane , wherein: the metal frame has a fixed resonant frequency; and the arm has a variable resonant frequency, characterized in that the fixed and variable resonance frequencies are two closely spaced resonances within the low and mid band respectively. a metal frame ; a low band resonating region formed by a portion of the metal frame ; a high band resonator comprising a first leg connected to a feed point and to the metal frame ; a second leg connected to the ground plane and the metal frame ; a third leg connected to the ground plane ; and a mid band resonator comprising an arm connected between the second leg and the third leg ; and a variable reactance device connected between the third leg and the ground plane , wherein: the metal frame has a fixed resonant frequency; and the arm has a variable resonant frequency, characterized in that the fixed and variable resonance frequencies are two closely spaced resonances within the low and mid band respectively. the metal frame has a fixed resonant frequency; and the arm has a variable resonant frequency, characterized in that the fixed and variable resonance frequencies are two closely spaced resonances within the low and mid band respectively.