mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring potential eyestrain while viewing a three-dimensional presentation, the method comprising: acquiring a first image and a second image in a sequence of images, said first image corresponding to a left eye view image of a stereo image pair, said second image corresponding to a right eye view image of the stereo image pair; estimating disparity of at least one point in the first image with at least one corresponding point in the second image; the method being characterized in that it comprises: estimating disparity transition of the sequence of first and second images; and determining potential eyestrain while viewing the 3D presentation based on the disparity and the disparity transition of the sequence of the first and second images, wherein determining potential eyestrain further comprises the steps of: determining an instant eyestrain function for each frame of a sequence of first and second images; applying a decaying factor to the instant eyestrain function for each frame of the sequence of first and second images; accumulating the decayed instant eyestrain function for each frame of the sequence of first and second images over a predetermined period of time; and applying a sigmoid function to the accumulated the eyestrain function over the sequence of first and second images. acquiring a first image and a second image in a sequence of images, said first image corresponding to a left eye view image of a stereo image pair, said second image corresponding to a right eye view image of the stereo image pair; estimating disparity of at least one point in the first image with at least one corresponding point in the second image; estimating disparity transition of the sequence of first and second images; and determining potential eyestrain while viewing the 3D presentation based on the disparity and the disparity transition of the sequence of the first and second images, wherein determining potential eyestrain further comprises the steps of: determining an instant eyestrain function for each frame of a sequence of first and second images; applying a decaying factor to the instant eyestrain function for each frame of the sequence of first and second images; accumulating the decayed instant eyestrain function for each frame of the sequence of first and second images over a predetermined period of time; and applying a sigmoid function to the accumulated the eyestrain function over the sequence of first and second images. determining an instant eyestrain function for each frame of a sequence of first and second images; applying a decaying factor to the instant eyestrain function for each frame of the sequence of first and second images; accumulating the decayed instant eyestrain function for each frame of the sequence of first and second images over a predetermined period of time; and applying a sigmoid function to the accumulated the eyestrain function over the sequence of first and second images.
A Coriolus versicolor extract obtainable by a method for preparing a Coriolus versicolor extract, said method comprising the steps of: a) providing a sufficient quantity of raw material of Coriolus versicolor; and b) extracting the raw material of Coriolus versicolor with a polar solvent that is alcohol or an alcohol-water mixture at a temperature of 15°C to 30°C to yield a Coriolus versicolor alcohol extract and a residue, and recovering the Coriolus versicolor alcohol extract; wherein step b) is performed once or more than once, for use in a method to treat brain tumors or an infection by Herpes simplex virus. a) providing a sufficient quantity of raw material of Coriolus versicolor; and b) extracting the raw material of Coriolus versicolor with a polar solvent that is alcohol or an alcohol-water mixture at a temperature of 15°C to 30°C to yield a Coriolus versicolor alcohol extract and a residue, and recovering the Coriolus versicolor alcohol extract;
A vent plug for a hub cap comprising, a cover; a base coupled to the cover and defining an interface, the base being inboard of the cover; a chamber between and defined by the cover and the base; an annular vent plug body coupled to the base and extending in an inboard direction from the base where the base and the annular vent plug body define a hollow cavity; a shield (70, 70') coupled to the inboard side of the vent plug body and inboard of the base, the shield generally traversing the hollow cavity defined by the annular vent plug body, wherein a vent path (A, B) configured to place a lubrication cavity of a wheel end assembly in fluid communication with the hollow cavity that inhibits liquid leaking between the wheel end assembly and the hollow cavity of the vent plug. a cover; a base coupled to the cover and defining an interface, the base being inboard of the cover; a chamber between and defined by the cover and the base; an annular vent plug body coupled to the base and extending in an inboard direction from the base where the base and the annular vent plug body define a hollow cavity; a shield (70, 70') coupled to the inboard side of the vent plug body and inboard of the base, the shield generally traversing the hollow cavity defined by the annular vent plug body, wherein a vent path (A, B) configured to place a lubrication cavity of a wheel end assembly in fluid communication with the hollow cavity that inhibits liquid leaking between the wheel end assembly and the hollow cavity of the vent plug.
A light emitting device comprising: a light emitting structure comprising a first semiconductor layer, a second semiconductor layer, and an active layer disposed between the first and second semiconductor layers (122,126); a first electrode electrically connected to the first semiconductor layer; a second electrode electrically connected to the second semiconductor layer; an insulating layer disposed on a portion of a lower surface of the second semiconductor layer and side surfaces of the light emitting structure; and a substrate disposed beneath the first and second electrodes, wherein the first semiconductor layer is formed, at an edge portion thereof, with a hole, in which a portion of the first electrode is arranged, and wherein the substrate comprises: a first substrate portion electrically contacting the first electrode; and a second substrate portion electrically contacting the second electrode, and wherein the first and second substrate portions (110a, 110b) are spaced apart from each other by a spacing (sc) to be electrically insulated from each other, and wherein the first electrode is disposed on a lower surface of the insulating layer and side surfaces of the insulating layer. a light emitting structure comprising a first semiconductor layer, a second semiconductor layer, and an active layer disposed between the first and second semiconductor layers (122,126); a first electrode electrically connected to the first semiconductor layer; a second electrode electrically connected to the second semiconductor layer; an insulating layer disposed on a portion of a lower surface of the second semiconductor layer and side surfaces of the light emitting structure; and a substrate disposed beneath the first and second electrodes, wherein the first semiconductor layer is formed, at an edge portion thereof, with a hole, in which a portion of the first electrode is arranged, and wherein the substrate comprises: a first substrate portion electrically contacting the first electrode; and a second substrate portion electrically contacting the second electrode, and a first substrate portion electrically contacting the first electrode; and a second substrate portion electrically contacting the second electrode, and wherein the first and second substrate portions (110a, 110b) are spaced apart from each other by a spacing (sc) to be electrically insulated from each other, and wherein the first electrode is disposed on a lower surface of the insulating layer and side surfaces of the insulating layer.
A wire feeding system comprising: a first feeder provided with a first feeding motor that feeds a wire in a wire feeding direction; a second feeder spaced apart from the first feeder in the wire feeding direction and provided with a second feeding motor that feeds the wire in the wire feeding direction; and characterized in that a controller (11, 22, 32) controls a rotation speed of the first feeding motor based on a first speed command and controls a rotation speed of the second feeding motor based on a second speed command, wherein the controller changes the second speed command at once when an amount of change of the second speed command is within a predetermined range, while the controller gradually changes the second speed command over time when the amount of change of the second speed command is not within the predetermined range, wherein the controller changes the first speed command in conjunction with the second speed command when the controller gradually changes the second speed command over time, wherein the first feeder includes a first feeding roll that is rotated by the first feeding motor to feed the wire, and the second feeder includes a second feeding roll that is rotated by the second feeding motor to feed the wire, and wherein the controller, when gradually changing the second speed command over time, changes the first speed command and the second speed command so that a surface speed of the second feeding roll becomes faster than a surface speed of the first feeding roll. a first feeder provided with a first feeding motor that feeds a wire in a wire feeding direction; a second feeder spaced apart from the first feeder in the wire feeding direction and provided with a second feeding motor that feeds the wire in the wire feeding direction; and characterized in that a controller (11, 22, 32) controls a rotation speed of the first feeding motor based on a first speed command and controls a rotation speed of the second feeding motor based on a second speed command, wherein the controller changes the second speed command at once when an amount of change of the second speed command is within a predetermined range, while the controller gradually changes the second speed command over time when the amount of change of the second speed command is not within the predetermined range, wherein the controller changes the first speed command in conjunction with the second speed command when the controller gradually changes the second speed command over time, wherein the first feeder includes a first feeding roll that is rotated by the first feeding motor to feed the wire, and the second feeder includes a second feeding roll that is rotated by the second feeding motor to feed the wire, and wherein the controller, when gradually changing the second speed command over time, changes the first speed command and the second speed command so that a surface speed of the second feeding roll becomes faster than a surface speed of the first feeding roll.
A method for looking up by flicking on a touchscreen, to look up a target entry in an entry list, wherein the method comprises: obtaining an initial entry corresponding to a leaving position where a touch body leaves a touchscreen after flicking on the touchscreen, and an initial flicking velocity of the initial entry; determining a predicted flicking distance of the initial entry according to the initial flicking velocity and a preset acceleration; obtaining widths of entries opposite to a flicking direction from the initial entry in the entry list; determining a predicted target entry starting from the initial entry according to the predicted flicking distance and the widths of the entries; if the predicted target entry is not a preset common entry, wherein a common entry belongs to a common entry list which is determined according to the frequency of use or the last use date of the entries, determining that a common entry in a position nearest to the predicted target entry in a preset range is an actual target entry; and displaying the actual target entry in a display area of the touchscreen. obtaining an initial entry corresponding to a leaving position where a touch body leaves a touchscreen after flicking on the touchscreen, and an initial flicking velocity of the initial entry; determining a predicted flicking distance of the initial entry according to the initial flicking velocity and a preset acceleration; obtaining widths of entries opposite to a flicking direction from the initial entry in the entry list; determining a predicted target entry starting from the initial entry according to the predicted flicking distance and the widths of the entries; if the predicted target entry is not a preset common entry, wherein a common entry belongs to a common entry list which is determined according to the frequency of use or the last use date of the entries, determining that a common entry in a position nearest to the predicted target entry in a preset range is an actual target entry; and displaying the actual target entry in a display area of the touchscreen.
Container-handling machine having at least one container receiving means comprising a rotary plate and a rotary plate-direct drive for driving the rotary plate, the rotary plate direct drive comprising a motor, which is provided with a stator, a rotor, a shaft connected to the rotor for transmitting the driving torque to the rotary plate and with a shaft-sealing system (4, 5) for sealing the shaft, wherein the shaft-sealing system (4, 5) comprises a first running surface (42a, 52a) and at least one first sealing lip (41, 51a) acting against it, wherein the shaft is formed in one piece at least from the rotor and through the shaft-sealing system (4, 5), and wherein the first running surface (42a, 52a) is rotatably connected to the shaft from the transmission of the drive torque in a decoupled manner, characterized in that the shaft-sealing system comprises a ring element with the first running surface, a second running surface and with a feedthrough enclosing the shaft, and wherein the at least one first sealing lip acts radially inwardly directed against the first running surface and a second sealing lip acts radially outwardly directed against the second running surface.
A method of forming an optical element, the method comprising: producing silica-based soot particles using chemical vapor deposition, the silica-based soot particles having an average particle size of between 0.05 μm and 0.25 μm; forming a soot compact from the silica-based soot particles; and doping the soot compact with a halogen in a closed system by contacting the silica-based soot compact with a halogen-containing gas in the closed system at a temperature of between 850°C and 1100°C and at a total pressure between 25 kPa (0.25 atm) and 91 kPa (0.9 atm), wherein the closed system encloses the soot compact, limits gases within the closed system from flowing out of the closed system and limits ambient air from flowing into the closed system. producing silica-based soot particles using chemical vapor deposition, the silica-based soot particles having an average particle size of between 0.05 μm and 0.25 μm; forming a soot compact from the silica-based soot particles; and doping the soot compact with a halogen in a closed system by contacting the silica-based soot compact with a halogen-containing gas in the closed system at a temperature of between 850°C and 1100°C and at a total pressure between 25 kPa (0.25 atm) and 91 kPa (0.9 atm), wherein the closed system encloses the soot compact, limits gases within the closed system from flowing out of the closed system and limits ambient air from flowing into the closed system.
A haemostatic powder comprising at least 10 wt.% of particle agglomerates, said particle agglomerates having a diameter in the range of 1-500 μm and comprising: (a) electrophilic polyoxazoline particles containing electrophilic polyoxazoline carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups in blood under the formation of a covalent bond; and (b) nucleophilic polymer particles containing a water-soluble nucleophilic polymer carrying at least 3 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polyoxazoline under the formation of a covalent bond between the electrophilic polyoxazoline and the nucleophilic polymer. (a) electrophilic polyoxazoline particles containing electrophilic polyoxazoline carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups in blood under the formation of a covalent bond; and (b) nucleophilic polymer particles containing a water-soluble nucleophilic polymer carrying at least 3 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polyoxazoline under the formation of a covalent bond between the electrophilic polyoxazoline and the nucleophilic polymer.
A connector for devices having similar connections, in particular a connector for electrically connecting intermediate circuits, wherein the connector has a stack of busbars (62, 63) surrounded by an electrically insulating sheath, wherein the stack has insulating layers arranged between the busbars (62, 63), wherein the busbars (62, 63) are contacted by tab-like portions in such a way that two or more busbars (62, 63) arranged parallel in the stack are at the same electrical potential, wherein, in the stack, respectively adjacent busbars (62, 63) separated by means of an insulating layer are not contacted by the same tab-like portions, in particular so that they can be connected to a different potential.
Vehicle barrier system for placing at the side of a road, which comprises posts which can be fixed to the ground and a string of protective panels arranged along the posts consisting of connected protective panels (3, 4), wherein a u-shaped support bracket (10, 11) is arranged between a post and a protective panel (3, 4), wherein the protective panel (3, 4) and the support bracket (10, 11) are secured jointly to the post by means of a screw connection, wherein at least one impact element in the form of a conical washer, which is designed in the form of a shell-like galvanised cup spring made from a steel material, is incorporated into the screw connection, wherein the washer is integrated between the post and support bracket (10, 11) and the opening side of the washer points towards the road in the assembled state, characterised in that the washer on its opening side pointing towards the road bears with an outer bearing surface on the rear side, i.e. on a side of the support bracket (10, 11) facing away from the road.
A machinery brake of an elevator, the machinery brake comprises: a frame part comprising an electromagnet, an armature part, wherein the machinery brake further comprising an inductive proximity sensor indirectly mounted to a one of the following: the frame part, the armature part and a target mounted to another of the following: the frame part, armature part, wherein the machinery brake further comprises, for establishing the indirect mounting, a temperature change compensation device mounted between the inductive proximity sensor and the one of the following: the frame part, the armature part. a frame part comprising an electromagnet, an armature part, wherein the machinery brake further comprising an inductive proximity sensor indirectly mounted to a one of the following: the frame part, the armature part and a target mounted to another of the following: the frame part, armature part, wherein the machinery brake further comprises, for establishing the indirect mounting, a temperature change compensation device mounted between the inductive proximity sensor and the one of the following: the frame part, the armature part.
An apparatus for perfusing an organ or tissue, comprising: a perfusion circuit for perfusing the organ or tissue, comprising a pump; a controller configured to control the apparatus; and a detector; the apparatus being characterized by: the detector being configured to detect an optional component of the apparatus in the form of two flow control clamps (127, 137), each configured to be disposed on a respective fluid conduit extending to the organ or tissue, the detector being configured to provide a signal to the controller indicative of the presence of the flow control clamps, and the controller being configured to control the perfusion circuit in a first mode when the presence of the flow control clamps is not detected and to control the perfusion circuit in a second mode when the presence of the flow control clamps is detected, the first mode allowing the organ or tissue and the pump to control the flow rate and/or pressure, and the second mode allowing a user of the apparatus to adjust the flow control clamps to override a flow rate and a pressure produced by the organ or tissue and the controller. a perfusion circuit for perfusing the organ or tissue, comprising a pump; a controller configured to control the apparatus; and a detector; the apparatus being characterized by: the detector being configured to detect an optional component of the apparatus in the form of two flow control clamps (127, 137), each configured to be disposed on a respective fluid conduit extending to the organ or tissue, the detector being configured to provide a signal to the controller indicative of the presence of the flow control clamps, and the detector being configured to detect an optional component of the apparatus in the form of two flow control clamps (127, 137), each configured to be disposed on a respective fluid conduit extending to the organ or tissue, the detector being configured to provide a signal to the controller indicative of the presence of the flow control clamps, and the controller being configured to control the perfusion circuit in a first mode when the presence of the flow control clamps is not detected and to control the perfusion circuit in a second mode when the presence of the flow control clamps is detected, the first mode allowing the organ or tissue and the pump to control the flow rate and/or pressure, and the second mode allowing a user of the apparatus to adjust the flow control clamps to override a flow rate and a pressure produced by the organ or tissue and the controller.