mhurhangee/patent-ind-claim-en huggingface dataset:
A laser output device comprising: at least one laser emitting element ; and a controller configured to control an output of the at least one laser emitting element by switching on and off of a power supply to supply an electric current to the at least one laser emitting element , wherein upon a power-on time and a power-off time of the power supply to supply an electric current to the at least one laser emitting element being determined according to a desired output of the at least one laser emitting element , characterized in that the controller is configured to calculate a power-on time correction value using a correction function individually set for the at least one laser emitting element on a per laser emitting element basis, and corrects the power-on time and the power-off time, based on the calculated power-on time correction value, wherein the correction function is a function configured to compensate for an optical system temperature change or a coupling efficiency change of a light source of the laser emitting element with respect to the power-off time. at least one laser emitting element ; and a controller configured to control an output of the at least one laser emitting element by switching on and off of a power supply to supply an electric current to the at least one laser emitting element , wherein upon a power-on time and a power-off time of the power supply to supply an electric current to the at least one laser emitting element being determined according to a desired output of the at least one laser emitting element , characterized in that the controller is configured to calculate a power-on time correction value using a correction function individually set for the at least one laser emitting element on a per laser emitting element basis, and corrects the power-on time and the power-off time, based on the calculated power-on time correction value, wherein the correction function is a function configured to compensate for an optical system temperature change or a coupling efficiency change of a light source of the laser emitting element with respect to the power-off time.
An antioxidant comprising a compound represented by formula (III): , and additionally comprising a compound represented by formula (II): wherein R 1 , R 2 , R 4 and R 5 each independently represent a hydrogen atom, an alkyl group having 1 to 8 carbon atoms, a cycloalkyl group having 5 to 8 carbon atoms, an alkylcycloalkyl group having 6 to 12 carbon atoms, an aralkyl group having 7 to 12 carbon atoms or a phenyl group; R 3 represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; X represents a single bond, a sulfur atom or a >CH-R 6 group (R 6 represents a hydrogen atom, an alkyl group having 1 to 8 carbon atoms or a cycloalkyl group having 5 to 8 carbon atoms); A represents an alkylene group having 1 to 8 carbon atoms or a *-C(=O)-R 7 - group (R 7 represents a single bond or an alkylene group having 1 to 8 carbon atoms, and * represents a bond on the side of oxygen); one of Y and Z represents a hydroxyl group, an alkoxy group having 1 to 8 carbon atoms or an aralkyloxy group having 7 to 12 carbon atoms, and the other represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms.
A method of accessing the contents of a droplet of an emulsion in a microfluidic system, the method comprising: flowing the emulsion alongside a continuous, non-emulsive stream of second fluid such that said droplet coalesces with said stream of second fluid , extracting said contents and incorporating said contents into said stream , wherein said flowing provides an interface between said emulsion and said stream of second fluid , and wherein said extracting comprises applying an electric field across said interface to alter a trajectory of said droplet of said emulsion to cause said droplet to coalescence with the stream of second fluid , and wherein said applying an electric field is performed using a pair of electrodes disposed laterally either side of the stream of emulsion and the stream of second fluid; and accessing said contents of said droplet in said second stream . flowing the emulsion alongside a continuous, non-emulsive stream of second fluid such that said droplet coalesces with said stream of second fluid , extracting said contents and incorporating said contents into said stream , wherein said flowing provides an interface between said emulsion and said stream of second fluid , and wherein said extracting comprises applying an electric field across said interface to alter a trajectory of said droplet of said emulsion to cause said droplet to coalescence with the stream of second fluid , and wherein said applying an electric field is performed using a pair of electrodes disposed laterally either side of the stream of emulsion and the stream of second fluid; and wherein said flowing provides an interface between said emulsion and said stream of second fluid , and wherein said extracting comprises applying an electric field across said interface to alter a trajectory of said droplet of said emulsion to cause said droplet to coalescence with the stream of second fluid , and wherein said applying an electric field is performed using a pair of electrodes disposed laterally either side of the stream of emulsion and the stream of second fluid; and accessing said contents of said droplet in said second stream .
A combustor for a gas turbine engine , the combustor comprising: a casing ; an inner liner and an outer liner ; a compressed air passageway formed between the casing , the inner liner and the outer liner , with at least a portion of the compressed air passageway being split, via a wall , between a first channel and a second channel ; a combustion chamber at least partially defined by the inner liner and the outer liner , the combustion chamber having a mean centerline extending through the combustion chamber , the mean centerline being equidistant between the inner liner and the outer liner ; at least one dilution passage extending through at least one of the the inner liner and the outer liner , the at least one dilution passage extending between an inlet fluidly coupled to the first channel and a dilution hole fluidly coupled to the combustion chamber ; a first arm ; a second arm statically coupled to a portion of the casing 678, 778, 878, 978); and a baffle extending between the first arm and the second arm , the baffle provided within the compressed air passageway and having a range of movement between a first position and a second position relative to the inlet of the at least one dilution passage to control a degree of occlusion of compressed airflow (C) to the first channel . a casing ; an inner liner and an outer liner ; a compressed air passageway formed between the casing , the inner liner and the outer liner , with at least a portion of the compressed air passageway being split, via a wall , between a first channel and a second channel ; a combustion chamber at least partially defined by the inner liner and the outer liner , the combustion chamber having a mean centerline extending through the combustion chamber , the mean centerline being equidistant between the inner liner and the outer liner ; at least one dilution passage extending through at least one of the the inner liner and the outer liner , the at least one dilution passage extending between an inlet fluidly coupled to the first channel and a dilution hole fluidly coupled to the combustion chamber ; a first arm ; a second arm statically coupled to a portion of the casing 678, 778, 878, 978); and a baffle extending between the first arm and the second arm , the baffle provided within the compressed air passageway and having a range of movement between a first position and a second position relative to the inlet of the at least one dilution passage to control a degree of occlusion of compressed airflow (C) to the first channel .
Calixarene derivatives or calixarene based nanostructured systems selected from the group consisting of: compounds of formula (A): wherein: R = CH3, (CH 2 ) X CH 3 , (CH 2 ) X OH R 1 = CH3, (CH 2 ) X CH 3 , (CH 2 ) X OH wherein x= 1-3 n= 4, 6, 8 m= 2-15 and wherein when R = R 1 = CH 3 m is different from 2 - 9, or a compound of formula : R = CH3, (CH 2 ) X CH 3 , (CH 2 ) X OH R 1 = CH3, (CH 2 ) X CH 3 , (CH 2 ) X OH x= 1-3 n= 4, 6, 8 m= 2-15 and wherein when R = R 1 = CH 3 m is different from 2 - 9, or a compound of formula :
An eye-protection lamp, comprising: a lampshade ; a light emitting body , arranged inside the lampshade ; a first photosensitive sensor , arranged inside the lampshade and configured to detect a light intensity of the light emitting body ; a second photosensitive sensor , arranged outside the lampshade and configured to detect ambient light intensity; a distance detecting device , configured to detect a first distance (L1) between the light emitting body and a desktop under the lamp; an eye recognition device , configured to recognize eyes and detecting a position of the eyes ; and a control unit , configured to adjust the light intensity of the light emitting body according to the detected light intensity of the light emitting body , the ambient light intensity, the first distance (L1), and the position of the eyes . a lampshade ; a light emitting body , arranged inside the lampshade ; a first photosensitive sensor , arranged inside the lampshade and configured to detect a light intensity of the light emitting body ; a second photosensitive sensor , arranged outside the lampshade and configured to detect ambient light intensity; a distance detecting device , configured to detect a first distance (L1) between the light emitting body and a desktop under the lamp; an eye recognition device , configured to recognize eyes and detecting a position of the eyes ; and a control unit , configured to adjust the light intensity of the light emitting body according to the detected light intensity of the light emitting body , the ambient light intensity, the first distance (L1), and the position of the eyes .
A device for visualization of internal tissue of a patient's uterus, the device comprising a hand-held control unit , an elongated member , and an image capturing tip , the control unit being dimensioned to be held by a user's hand, the elongated member having a proximal end connected to the hand-held control unit and a distal end connected to the image capturing tip, where the image capturing tip is configured to communicate video signals with a monitor, wherein the elongated member forms a straight portion extending along a straight axis and a curved portion forming a curvature away from the straight axis, the curved portion being between the image capturing tip and the straight portion, wherein the elongated member comprises an inner tube and an outer tube , the inner tube being rotational in the outer tube and comprising a rigid inner section axially coextending a flexible outer section of the outer tube, the rigid inner section having a curvature which forms the curvature of the curved portion by deflection of the flexible outer section, wherein the image capturing tip is fixed to the outer tube, wherein the outer tube is fixed to the hand-held control unit, wherein the inner tube is rotationally suspended in the image capturing tip and suspended on the hand-held control unit in a rotational suspension, and wherein the device further comprises an outer conduit between the outer tube and the inner tube, and an inner conduit within the inner tube, the outer conduit extending between an outer inlet and an outer outlet , and the inner conduit extending between an inner inlet and an inner outlet, and wherein the rotational suspension of the inner tube in the image capturing tip forms a liquid tight connection to the inner conduit to thereby prevent mixing of fluid in the inner and outer conduits.
An aircraft , comprising: a fuselage including a cabin delimited by a cabin floor and having a passenger section and crew quarters separated from the passenger section , the crew quarters including an upper portion above a floor plane (P) defined by the cabin floor and a lower portion beneath the floor plane (P), the crew quarters including a seat being adjustable between a sitting configuration and a berthing configuration (14"), the seat being upright in the sitting configuration such that a crew member in the seat is within both the upper and lower portions of the crew quarters .
A specimen analysis method for analyzing a specimen regarding a plurality of measurement items, the specimen analysis method comprising: measuring a first measurement item and a second measurement item on the basis of a measurement order; executing a process related to a time difference between a measurement of the first measurement item and a measurement of the second measurement item; and obtaining a calculation value from a measurement value of the first measurement item and a measurement value of the second measurement item, wherein the first measurement item is a first type of amyloid beta or amyloid beta precursor protein, the second measurement item is a second type of amyloid beta or amyloid beta precursor protein different from the first type, and the process related to the time difference is a setting process for setting the time difference to be equal to or shorter than a predetermined time. measuring a first measurement item and a second measurement item on the basis of a measurement order; executing a process related to a time difference between a measurement of the first measurement item and a measurement of the second measurement item; and obtaining a calculation value from a measurement value of the first measurement item and a measurement value of the second measurement item, wherein the first measurement item is a first type of amyloid beta or amyloid beta precursor protein, the second measurement item is a second type of amyloid beta or amyloid beta precursor protein different from the first type, and the process related to the time difference is a setting process for setting the time difference to be equal to or shorter than a predetermined time.
A nucleic acid molecule comprising a chimeric flavivirus construct comprising nucleic acid sequences encoding nonstructural proteins and one or more structural proteins from a live, attenuated dengue-2 virus and at least encoding one or more structural proteins from a dengue-4 virus, wherein the chimeric flavivirus comprises one or more mutations comprising (i) a mutation at amino acid position 417 of an envelope (E) protein of dengue-4, wherein the mutation changes glutamic acid to a positively charged residue; (ii) a mutation at amino acid position 107 of the capsid protein (C) of dengue-2, wherein the mutation changes cysteine to an aromatic amino acid residue; or (iii) a mutation at amino acid position 17 of NS4A in the live, attenuated dengue-2 virus, wherein the mutation changes methionine to a basic amino acid or to leucine, wherein the chimeric flavivirus has increased immunogenicity compared to a chimeric flavivirus that does not contain the one or more mutation. (i) a mutation at amino acid position 417 of an envelope (E) protein of dengue-4, wherein the mutation changes glutamic acid to a positively charged residue; (ii) a mutation at amino acid position 107 of the capsid protein (C) of dengue-2, wherein the mutation changes cysteine to an aromatic amino acid residue; or (iii) a mutation at amino acid position 17 of NS4A in the live, attenuated dengue-2 virus, wherein the mutation changes methionine to a basic amino acid or to leucine,
Process to obtain tobacco flavor extracts, the process comprising: - conditioning a mixture of tobaccos in a primary tobacco manufacture heating the mixture of tobacco to a temperature comprised between about 30 degrees Celsius and about 90 degrees Celsius for a time interval comprised between about 30 seconds and about 1 hour; - recovering emissions produced by the mixture conditioning; and - obtaining at least one flavor extract from the recovered emissions. - conditioning a mixture of tobaccos in a primary tobacco manufacture heating the mixture of tobacco to a temperature comprised between about 30 degrees Celsius and about 90 degrees Celsius for a time interval comprised between about 30 seconds and about 1 hour; - recovering emissions produced by the mixture conditioning; and - obtaining at least one flavor extract from the recovered emissions.
Method, implemented on a mobile communication device , for detecting the success of a telephone call initiated from a web browser of the device , the device further comprising memory means , processing means which are connected to the memory means and provided with a time counter, and communication means which are connected to the processing means and comprise means for establishing a telephone communication, the method comprising an initial step of detecting, implemented by the processing means , a click event on display data of a predetermined web page displayed via the web browser , said display data relating to a telephone number; and a step of establishing a telephone communication between said mobile communication device and a terminal corresponding to said telephone number; characterized in that the method further comprises the following steps, implemented by the processing means : • initializing said time counter when the click event is detected ; • detecting a predetermined event which is pre-stored in the memory means ; • stopping said time counter when said predetermined event is detected ; • if the time recorded by said time counter is within a predetermined time interval, determining that the telephone call has been successful. • initializing said time counter when the click event is detected ; • detecting a predetermined event which is pre-stored in the memory means ; • stopping said time counter when said predetermined event is detected ; • if the time recorded by said time counter is within a predetermined time interval, determining that the telephone call has been successful.
A Bacillus subtilis strain BLCY-005 or a progeny thereof, wherein the strain BLCY-005 was deposited on October 26, 2016 in the China General Microbiological Culture Collection Center, with an accession number of CGMCC No.13152.
A method performing efficiency optimization of an electronic device , wherein the method comprises the steps of: performing at least one detection operation according to at least one signal of the electronic device to generate at least one detection result; activating at least one portion of a plurality of rectifier sub-circuits and therefore a rectifier size of a plurality of rectifier sizes of a configurable rectifier within the electronic device according to the at least one detection result, to control the configurable rectifier to operate with the rectifier size, wherein the configurable rectifier is arranged for performing rectification operations, and the configurable rectifier is configurable to operate with at least one portion of the configurable rectifier being activated; characterized in that the at least one detection result indicates a frequency of wireless signals received by a power input coil of the electronic device . performing at least one detection operation according to at least one signal of the electronic device to generate at least one detection result; activating at least one portion of a plurality of rectifier sub-circuits and therefore a rectifier size of a plurality of rectifier sizes of a configurable rectifier within the electronic device according to the at least one detection result, to control the configurable rectifier to operate with the rectifier size, wherein the configurable rectifier is arranged for performing rectification operations, and the configurable rectifier is configurable to operate with at least one portion of the configurable rectifier being activated; characterized in that the at least one detection result indicates a frequency of wireless signals received by a power input coil of the electronic device .
System for selectively switching on and off a balise arranged in a rail track comprising the balise featuring a first induction device for receiving a telepowering signal emitted by a rail vehicle and a switching circuit operable by the energy gained from the telepowering signal for emitting a balise telegram , characterized in that a second induction device is provided having a openable switch and wirelessly coupled to the first induction device , with the balise in the case of an opened switch being able to send out the balise telegram and in the case of a closed switch able to generate an inductive coupling signal in the second induction device for at least partially mitigating the induction impact of the telepowering signal so that the power still induced in the first induction device stays below an activation threshold of the switching circuit .
A substrate guide member , which can be arranged in a casing having a slot for allowing insertion of a substrate from an outside so as to be arrayed in an array direction intersecting an insertion direction of the substrate and is configured to guide the substrate in the insertion direction, the substrate guide member being integrally formed of resin and characterized by : a support portion fixed in the casing ; and at least one pair of a first protrusion and a second protrusion protruding from the support portion and extending in the insertion direction with a gap from each other, to thereby form a groove for allowing passage of the substrate , the at least one pair of the first protrusion and the second protrusion comprising: a plurality of guide portions , which have a constant gap in accordance with a thickness of the substrate and are configured to form a groove extending a predetermined length in the insertion direction to thereby guide the substrate in the insertion direction; and separated portions , which are portions connecting the plurality of guide portions and have a gap larger than the gap of the plurality of guide portions , the support portion having a plurality of through holes in the array direction between mounting positions of the at least one pair of the first protrusion and the second protrusion constructing each of the plurality of guide portions . a support portion fixed in the casing ; and at least one pair of a first protrusion and a second protrusion protruding from the support portion and extending in the insertion direction with a gap from each other, to thereby form a groove for allowing passage of the substrate , the at least one pair of the first protrusion and the second protrusion comprising: a plurality of guide portions , which have a constant gap in accordance with a thickness of the substrate and are configured to form a groove extending a predetermined length in the insertion direction to thereby guide the substrate in the insertion direction; and separated portions , which are portions connecting the plurality of guide portions and have a gap larger than the gap of the plurality of guide portions , a plurality of guide portions , which have a constant gap in accordance with a thickness of the substrate and are configured to form a groove extending a predetermined length in the insertion direction to thereby guide the substrate in the insertion direction; and separated portions , which are portions connecting the plurality of guide portions and have a gap larger than the gap of the plurality of guide portions , the support portion having a plurality of through holes in the array direction between mounting positions of the at least one pair of the first protrusion and the second protrusion constructing each of the plurality of guide portions .