mhurhangee/ep-ind-claims huggingface dataset:
Camera device for taking at least one image of a scene in front of the camera device, the camera device comprising: a sensor-camera with a main beam path, whereby the sensor-camera comprises a sensor, an IR filter and an objective, whereby the IR filter is arranged between the objective and the sensor, whereby light with a wavelength smaller than a cut-off range passes the IR filter into the sensor and light with a wavelength larger than the cut-off range is reflected by the IR filter and, whereby the main beam path extends from the objective into the sensor, whereby the objective comprises a final optical element, whereby the final optical element is the optical element next to the IR filter, whereby the IR filter is tilted by a tilting angle, so that most of the reflected light or all of the reflected light is guided away from the final optical element, whereby the camera device comprises a digital image processing unit, whereby the digital image processing unit applies an image position-dependent variable gain to the red color to the image, characterized in that the position-dependent variable gain in the red color has a linear gradient in at least one direction of the image taken by the camera device, whereby the linear gradient is monotonous increasing or monotonous decreasing, depending on the absolute value of the tiling angle. a sensor-camera with a main beam path, whereby the sensor-camera comprises a sensor, an IR filter and an objective, whereby the IR filter is arranged between the objective and the sensor, whereby light with a wavelength smaller than a cut-off range passes the IR filter into the sensor and light with a wavelength larger than the cut-off range is reflected by the IR filter and, whereby the main beam path extends from the objective into the sensor, whereby the objective comprises a final optical element, whereby the final optical element is the optical element next to the IR filter, whereby the IR filter is tilted by a tilting angle, so that most of the reflected light or all of the reflected light is guided away from the final optical element, whereby the camera device comprises a digital image processing unit, whereby the digital image processing unit applies an image position-dependent variable gain to the red color to the image, characterized in that the position-dependent variable gain in the red color has a linear gradient in at least one direction of the image taken by the camera device, whereby the linear gradient is monotonous increasing or monotonous decreasing, depending on the absolute value of the tiling angle.
A foundation for a wind turbine comprising a cage structure comprising upper and lower vertically offset stress distribution flanges (3, 4) connected by a plurality of tensioned anchor bolts characterized in that the flanges (3, 4) are separated by a number of distance elements where the shape of the cage structure is fixed by tension of the bolts and compression of the distance elements.
A composition comprising a cell component, wherein the cell component includes a senescent cell type or a combination of senescent cell types, and wherein the composition is for use in tissue regeneration.
A batch process for producing a polyether polyol having an arithmetically calculated functionality of 1.9 to 5.8 and an OH number of 360 mg KOH/g polyol to 725 mg KOH/g polyol by an alkoxylation reaction, comprising: (a) providing a slurry that: (i) has a temperature of from 80°C to 150°C, and (ii) consists essentially of: a polyhydroxyl compound which melts above 95°C or decomposes before melting and has a hydroxyl group functionality greater than or equal to 4, water present in an amount of at least 0.09 grams of water per gram of the polyhydroxyl compound and less than the amount necessary to solubilize all of the polyhydroxyl compound in the slurry at the temperature of the slurry at the commencement of the alkoxylation reaction, and an alkali metal hydroxide, and (b) reacting the slurry of step (a) with an alkylene oxide to form the polyether polyol, wherein the process does not include a dewatering step prior to completion of step (b). (a) providing a slurry that: (i) has a temperature of from 80°C to 150°C, and (ii) consists essentially of: a polyhydroxyl compound which melts above 95°C or decomposes before melting and has a hydroxyl group functionality greater than or equal to 4, water present in an amount of at least 0.09 grams of water per gram of the polyhydroxyl compound and less than the amount necessary to solubilize all of the polyhydroxyl compound in the slurry at the temperature of the slurry at the commencement of the alkoxylation reaction, and an alkali metal hydroxide, and (i) has a temperature of from 80°C to 150°C, and (ii) consists essentially of: a polyhydroxyl compound which melts above 95°C or decomposes before melting and has a hydroxyl group functionality greater than or equal to 4, water present in an amount of at least 0.09 grams of water per gram of the polyhydroxyl compound and less than the amount necessary to solubilize all of the polyhydroxyl compound in the slurry at the temperature of the slurry at the commencement of the alkoxylation reaction, and an alkali metal hydroxide, and a polyhydroxyl compound which melts above 95°C or decomposes before melting and has a hydroxyl group functionality greater than or equal to 4, water present in an amount of at least 0.09 grams of water per gram of the polyhydroxyl compound and less than the amount necessary to solubilize all of the polyhydroxyl compound in the slurry at the temperature of the slurry at the commencement of the alkoxylation reaction, and an alkali metal hydroxide, and (b) reacting the slurry of step (a) with an alkylene oxide to form the polyether polyol,
A path planning method of at least one robot performed by a computer system including at least one processor configured to execute computer-readable instructions recorded in a memory, the path planning method comprising: generating global path planning of the at least one robot for an indoor space based on an indoor map, wherein the global path planning is generated comprising: classifying the indoor space based on its function or intended use into functional spaces having different space requirements; specifying a plurality of nodes as waypoints on the indoor map according to a node specification principle, and specifying edges that connect nodes as travel paths of the at least one robot according to an edge specification principle, characterized in that the node specification principle and the edge specification principle are defined based on social norms for the indoor space and based on the space requirements of the functional spaces of the indoor space. generating global path planning of the at least one robot for an indoor space based on an indoor map, wherein the global path planning is generated comprising: classifying the indoor space based on its function or intended use into functional spaces having different space requirements; specifying a plurality of nodes as waypoints on the indoor map according to a node specification principle, and specifying edges that connect nodes as travel paths of the at least one robot according to an edge specification principle, characterized in that the node specification principle and the edge specification principle are defined based on social norms for the indoor space and based on the space requirements of the functional spaces of the indoor space. classifying the indoor space based on its function or intended use into functional spaces having different space requirements; specifying a plurality of nodes as waypoints on the indoor map according to a node specification principle, and specifying edges that connect nodes as travel paths of the at least one robot according to an edge specification principle, characterized in that the node specification principle and the edge specification principle are defined based on social norms for the indoor space and based on the space requirements of the functional spaces of the indoor space.
Photovoltaic system having a plurality of bifacial PV modules which are arranged upright on a supporting structure, - wherein the supporting structure has a plurality of posts which are fastened, in particular anchored, to or in the ground, - wherein cross-members are fastened to the posts, which in each case connect two adjacent posts to one another and wherein in each case two posts and two cross-members define a substantially rectangular mounting field, in which at least one PV module is arranged, - wherein the PV modules are fastened to the cross-members by means of separate retaining elements, and - wherein the retaining elements provide groove sections into which an edge of the respective PV module is inserted in the mounted state, characterized in that - a contact surface is formed on the respective retaining element with which the respective retaining element rests flatly against the respective cross-member to enable the retaining elements to be mounted without tilting. - wherein the supporting structure has a plurality of posts which are fastened, in particular anchored, to or in the ground, - wherein cross-members are fastened to the posts, which in each case connect two adjacent posts to one another and wherein in each case two posts and two cross-members define a substantially rectangular mounting field, in which at least one PV module is arranged, - wherein the PV modules are fastened to the cross-members by means of separate retaining elements, and - wherein the retaining elements provide groove sections into which an edge of the respective PV module is inserted in the mounted state, characterized in that - a contact surface is formed on the respective retaining element with which the respective retaining element rests flatly against the respective cross-member to enable the retaining elements to be mounted without tilting.
An operation device for an autonomous driving vehicle that is communicable with a management center provided outside the vehicle and configured to start traveling in autonomous driving according to a travel start instruction inputted by an on-board operator on condition that traveling in autonomous driving is permitted from the management center, the operation device comprising: an input portion for inputting an autonomous-driving travel start instruction; and a variable sign configured to indicate a first form when the management center does not permit the autonomous driving vehicle to travel in autonomous driving and to indicate a second form different from the first form when the management center permits the autonomous driving vehicle to travel in autonomous driving, wherein the variable sign is configured to indicate a third form different from the first form and the second form when the autonomous driving vehicle is traveling in autonomous driving, and the input portion and the variable sign are a touch panel capable of displaying an autonomous driving start button for inputting an autonomous-driving travel start instruction to the autonomous driving vehicle and displaying a deceleration button for inputting a deceleration instruction to the autonomous driving vehicle; and a display control unit is further provided to display, as the first form, a screen not displaying the autonomous driving start button on the touch panel and, as the second form, a screen displaying the autonomous driving start button on the touch panel, the display control unit causing the touch panel to display, as the third form, a screen displaying the deceleration button instead of the autonomous driving start button. an input portion for inputting an autonomous-driving travel start instruction; and a variable sign configured to indicate a first form when the management center does not permit the autonomous driving vehicle to travel in autonomous driving and to indicate a second form different from the first form when the management center permits the autonomous driving vehicle to travel in autonomous driving, wherein the variable sign is configured to indicate a third form different from the first form and the second form when the autonomous driving vehicle is traveling in autonomous driving, and the input portion and the variable sign are a touch panel capable of displaying an autonomous driving start button for inputting an autonomous-driving travel start instruction to the autonomous driving vehicle and displaying a deceleration button for inputting a deceleration instruction to the autonomous driving vehicle; and a display control unit is further provided to display, as the first form, a screen not displaying the autonomous driving start button on the touch panel and, as the second form, a screen displaying the autonomous driving start button on the touch panel, the display control unit causing the touch panel to display, as the third form, a screen displaying the deceleration button instead of the autonomous driving start button.
Adjustable glue distribution device of an embossing-lamination group comprising an embossing roll and an embossing counter-roll, wherein said device comprises a glue distribution roll and a dosing roll of said glue, wherein said dosing roll is respectively coupled along two different generatrices respectively with a tank containing said glue for collecting said glue and with said distribution roll along a coupling portion for feeding said collected glue onto said distribution roll, said distribution roll and said dosing roll having the same axial development, characterized in that at least one of said distribution roll and said dosing roll is arranged mobile axially in the direction orthogonal with respect to a middle axis (x) of the embossing-lamination group in order to increase and/or to reduce the width of said coupling portion between said dosing roll and said distribution roll, said dosing roll being integral with said tank of glue.
A method of identifying a subject as having non-small cell lung carcinoma (NSCLC) likely to respond to treatment with the anaplastic lymphoma kinase inhibitor crizotinib, comprising: contacting a sample comprising NSCLC tumor cells from the subject with an anti-ALK antibody; detecting ALK protein expression in the sample; scoring the sample as positive for ALK if detecting the ALK protein expression comprises detecting strong granular cytoplasmic staining in one or more tumor cells in the sample; or scoring the sample as negative for ALK if detecting the ALK protein expression does not comprise detecting strong granular cytoplasmic staining in one or more tumor cells in the sample; and identifying the subject as having NSCLC likely to respond to treatment with the ALK inhibitor crizotinib if the sample is scored as positive for ALK or identifying the subject as having NSCLC not likely to respond to treatment with the ALK inhibitor crizotinib if the sample is scored as negative for ALK. contacting a sample comprising NSCLC tumor cells from the subject with an anti-ALK antibody; detecting ALK protein expression in the sample; scoring the sample as positive for ALK if detecting the ALK protein expression comprises detecting strong granular cytoplasmic staining in one or more tumor cells in the sample; or scoring the sample as negative for ALK if detecting the ALK protein expression does not comprise detecting strong granular cytoplasmic staining in one or more tumor cells in the sample; and identifying the subject as having NSCLC likely to respond to treatment with the ALK inhibitor crizotinib if the sample is scored as positive for ALK or identifying the subject as having NSCLC not likely to respond to treatment with the ALK inhibitor crizotinib if the sample is scored as negative for ALK.
Wiper device of a blown glass or plastic container, comprising a hollow body having a first and a second end defining respectively a first and a second opening, a flange extending from an outer surface of the hollow body at the first end, and a wiper element extending from an inner surface of the hollow body, the wiper element defining a passage of smaller section than the first and second openings (3A, 4A), the hollow body providing at least one first row and a second row of flexible fins extending from the outer surface of the hollow body near the second end, wherein the second row of flexible fins, which is closer to the second end in respect to the first row has, in a non-flexed configuration, a diameter that is greater than the diameter of the first row of fins in a non-flexed configuration.
An ignition lead for coupling an exciter to an igniter, the ignition lead comprising: a center conductor for conducting high voltage from the exciter to the igniter; a conduit surrounding the center conductor and protecting the center conductor from the surrounding environment; and an electrical return path comprising a continuous layer of conductive material affixed to the conduit; characterized in that: the conduit comprises a first continuous metal layer and the continuous layer comprises a second continuous metal layer. a center conductor for conducting high voltage from the exciter to the igniter; a conduit surrounding the center conductor and protecting the center conductor from the surrounding environment; and an electrical return path comprising a continuous layer of conductive material affixed to the conduit; characterized in that: the conduit comprises a first continuous metal layer and the continuous layer comprises a second continuous metal layer. the conduit comprises a first continuous metal layer and the continuous layer comprises a second continuous metal layer.
A compound semiconductor represented by the following Chemical Formula 1: [Chemical Formula 1] Pr x S y Co 4 Sbi 2-z Q z In the Chemical Formula 1, Q includes at least one of O, Se and Te, x, y, and z means the mole ratio of each element, wherein 0<x<1, 0<y<1, and 0<z<12. In the Chemical Formula 1, Q includes at least one of O, Se and Te, x, y, and z means the mole ratio of each element, wherein 0<x<1, 0<y<1, and 0<z<12.
A method comprising: monitoring a plurality of peripheral devices in a system for a plurality of events that indicate that a user is potentially paying attention to the system; and responsive to a first event of the plurality of events from one of the plurality of peripheral devices, communicating an indication of the potential user attention to one or more clients of a plurality of clients executable on the system characterized in that wherein the one or more clients have previously registered to indicate that the first event is an event that the one or more clients interpret as indicative of the potential user attention, and wherein one or more other clients of the plurality of clients have previously registered to indicate that one or more second events of the plurality of events are events that the one or more other clients interpret as indicative of the potential user attention but do not indicate that the first event is an event that the one or more other clients interpret as indicative of the potential user attention. monitoring a plurality of peripheral devices in a system for a plurality of events that indicate that a user is potentially paying attention to the system; and responsive to a first event of the plurality of events from one of the plurality of peripheral devices, communicating an indication of the potential user attention to one or more clients of a plurality of clients executable on the system characterized in that wherein the one or more clients have previously registered to indicate that the first event is an event that the one or more clients interpret as indicative of the potential user attention, and wherein one or more other clients of the plurality of clients have previously registered to indicate that one or more second events of the plurality of events are events that the one or more other clients interpret as indicative of the potential user attention but do not indicate that the first event is an event that the one or more other clients interpret as indicative of the potential user attention. wherein the one or more clients have previously registered to indicate that the first event is an event that the one or more clients interpret as indicative of the potential user attention, and wherein one or more other clients of the plurality of clients have previously registered to indicate that one or more second events of the plurality of events are events that the one or more other clients interpret as indicative of the potential user attention but do not indicate that the first event is an event that the one or more other clients interpret as indicative of the potential user attention.
A method for managing a depth of a jitter buffer for receiving a real-time media transmission from a transmitter, the method being performed in a receiver and comprising: determining whether an adaptive bitrate state of the receiver occurs, wherein the adaptive bitrate state is when a current bitrate capacity of a communication channel used for receiving the real-time media transmission is below a maximum bitrate for receiving the real-time media transmission; and, if the adaptive bitrate state is determined, increasing a depth of the jitter buffer for receiving the real-time media transmission when a probing period is about to start and at a time to allow the jitter buffer depth to reach a sufficient level to handle attempts of increased transmission bitrate for the real-time media transmission, wherein the rate of increase of the jitter buffer depth is limited to a limiting increase rate; requesting an increased transmission bitrate from the transmitter during the probing period; and decreasing the depth of the jitter buffer when the probing period has ended. determining whether an adaptive bitrate state of the receiver occurs, wherein the adaptive bitrate state is when a current bitrate capacity of a communication channel used for receiving the real-time media transmission is below a maximum bitrate for receiving the real-time media transmission; and, if the adaptive bitrate state is determined, increasing a depth of the jitter buffer for receiving the real-time media transmission when a probing period is about to start and at a time to allow the jitter buffer depth to reach a sufficient level to handle attempts of increased transmission bitrate for the real-time media transmission, wherein the rate of increase of the jitter buffer depth is limited to a limiting increase rate; requesting an increased transmission bitrate from the transmitter during the probing period; and decreasing the depth of the jitter buffer when the probing period has ended.
A silicone release coating composition comprising: an organopolysiloxane having at least two alkenyl groups in a molecule; an organopolysiloxane having at least two silicon-bonded hydrogen atoms in a molecule, in an amount sufficient to provide 0.8 to 5 moles of silicon-bonded hydrogen atoms in this component to 1 mole of the alkenyl groups in component; organic modified functional silica particles having an average particle size of 5 μm to 15 μm and a BET specific surface area of 600 m 2 /g to 800 m 2 /g, in an amount of 0.1 to 5 % by weight of the composition, and a hydrosilylation reaction catalyst in a catalytic amount. an organopolysiloxane having at least two alkenyl groups in a molecule; an organopolysiloxane having at least two silicon-bonded hydrogen atoms in a molecule, in an amount sufficient to provide 0.8 to 5 moles of silicon-bonded hydrogen atoms in this component to 1 mole of the alkenyl groups in component; organic modified functional silica particles having an average particle size of 5 μm to 15 μm and a BET specific surface area of 600 m 2 /g to 800 m 2 /g, in an amount of 0.1 to 5 % by weight of the composition, and a hydrosilylation reaction catalyst in a catalytic amount.