mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a video, comprising: estimating an original motion path of a camera that recorded a video; determining a modified motion camera path of the estimated original motion path of the camera by minimizing a weighted sum of the first derivative, the second derivative, and the third derivative of the modified motion path of the camera with respect to time and by using at least one constraint limiting changes to the estimated original motion path of the camera; based on the modified motion camera path and the estimated original motion path of the camera, determining a crop window transform that describes how to modify the estimated original motion path of the camera to the modified motion camera path, the crop window transform determined according to the at least one constraint limiting changes to the original motion path of the camera and applying the crop window transform to the video to recast the video from a viewpoint of the estimated original motion path of the camera to a viewpoint of the modified motion camera path. estimating an original motion path of a camera that recorded a video; determining a modified motion camera path of the estimated original motion path of the camera by minimizing a weighted sum of the first derivative, the second derivative, and the third derivative of the modified motion path of the camera with respect to time and by using at least one constraint limiting changes to the estimated original motion path of the camera; based on the modified motion camera path and the estimated original motion path of the camera, determining a crop window transform that describes how to modify the estimated original motion path of the camera to the modified motion camera path, the crop window transform determined according to the at least one constraint limiting changes to the original motion path of the camera and applying the crop window transform to the video to recast the video from a viewpoint of the estimated original motion path of the camera to a viewpoint of the modified motion camera path.
Structured element intended to be in contact with at least one first fluid and one second fluid, the structured element comprising a surface for circulating fluids structured by the presence of air cavities with a depth of between 100 and 1000μm and distributed regularly over the structured surface, each cavity being delimited by a cavity surface, characterised in that the cavity surface comprises at least one first zone and one second zone succeeding one another along a direction of depth of the cavity, the first zone being coated with a first set of particles having properties for repelling the first fluid, and the second zone being coated with a second set of particles, different from the first set and having properties for repelling the second fluid, the second set of particles ensuring a weaker repulsion of the first fluid than the first set of particles, whereas this latter ensures a weaker repulsion of the second fluid than the second set of particles.
Method for identifying at least one section of a boundary edge of an area to be treated, the method comprising the steps: a) recording live images using a camera, b) superimposing the recorded live images with a target symbol and displaying the live images with the superimposed target symbol, c) aiming at the section with the target symbol and guiding the target symbol along the section by orienting the camera, d) recording a sequence of images of the section using the camera during the guiding procedure, e) marking, in a respective image of the recorded sequence of images, an image point referenced with the target symbol as a boundary edge image point, and f) obtaining a sequence of position coordinates (x1, y1) of the section of the boundary edge based on the boundary edge image points. a) recording live images using a camera, b) superimposing the recorded live images with a target symbol and displaying the live images with the superimposed target symbol, c) aiming at the section with the target symbol and guiding the target symbol along the section by orienting the camera, d) recording a sequence of images of the section using the camera during the guiding procedure, e) marking, in a respective image of the recorded sequence of images, an image point referenced with the target symbol as a boundary edge image point, and f) obtaining a sequence of position coordinates (x1, y1) of the section of the boundary edge based on the boundary edge image points.
A ball valve (200,300) comprising: a housing comprising a first fluid passage; a seat (250,260) comprising a first seat surface (251,261),a second seat surface (253,263) and a space (252,262) between the first and second seat surfaces (251,261,253,263); and a ball rotatably movable within the housing between an open position allowing flow through the first fluid passage and a closed position preventing flow through the first fluid passage, wherein the ball contacts the first seat surface (251,261) and the second seat surface (253,263) to form one or more seals within the ball valve, the first seat surface (251,261) provides a primary sealing surface and the second seat surface (253,263) provides a secondary sealing surface, wherein the ball comprises a second fluid passage and a fluid path (230,240), wherein the second fluid passage and the first fluid passage form a continuous fluid passage, and wherein the fluid path (230,240) fluidly connects the space (252,262) between the first seat surface (251,261) and the second seat surface (253,263) with the second fluid passage, when the ball is in the open position such that fluid can pass through the fluid path (230,240) and pass into the space (252,262) between the first seat surface (251,261) and the second seat surface (253,263) to equalize the fluid pressure in the space (252,262) with the fluid pressure in the second flow passage. a housing comprising a first fluid passage; a seat (250,260) comprising a first seat surface (251,261),a second seat surface (253,263) and a space (252,262) between the first and second seat surfaces (251,261,253,263); and a ball rotatably movable within the housing between an open position allowing flow through the first fluid passage and a closed position preventing flow through the first fluid passage, wherein the ball contacts the first seat surface (251,261) and the second seat surface (253,263) to form one or more seals within the ball valve, the first seat surface (251,261) provides a primary sealing surface and the second seat surface (253,263) provides a secondary sealing surface, wherein the ball comprises a second fluid passage and a fluid path (230,240), wherein the second fluid passage and the first fluid passage form a continuous fluid passage, and wherein the fluid path (230,240) fluidly connects the space (252,262) between the first seat surface (251,261) and the second seat surface (253,263) with the second fluid passage, when the ball is in the open position such that fluid can pass through the fluid path (230,240) and pass into the space (252,262) between the first seat surface (251,261) and the second seat surface (253,263) to equalize the fluid pressure in the space (252,262) with the fluid pressure in the second flow passage.
A compound for use in an organic electroluminescent device represented by the following general formula: wherein, ring A is a heterocyclic ring represented by formula and is condensed with the adjacent rings at arbitrary positions, X is CH or N and at least one of Xs is a nitrogen atom; Ar 1 to Ar 3 each is independently a substituted or unsubstituted non-condensed aromatic hydrocarbon group or a substituted or unsubstituted non-condensed aromatic heterocyclic group and Ar 2 or Ar 3 may form a condensed ring with the X-containing ring; R is hydrogen or a monovalent substituent, wherein compounds of the following formulae are not included: wherein, ring A is a heterocyclic ring represented by formula and is condensed with the adjacent rings at arbitrary positions, X is CH or N and at least one of Xs is a nitrogen atom; Ar 1 to Ar 3 each is independently a substituted or unsubstituted non-condensed aromatic hydrocarbon group or a substituted or unsubstituted non-condensed aromatic heterocyclic group and Ar 2 or Ar 3 may form a condensed ring with the X-containing ring; R is hydrogen or a monovalent substituent, wherein compounds of the following formulae are not included:
A device for receiving a tool, having a recess for the tool and having at least two channels, which are provided for a lubricant to flow through, which extend in a helical manner around the hole, and which each have an inlet opening and an outlet opening for the lubricant, characterized in that the at least two channels have a cross-section which continuously increases from the inlet opening to the outlet opening.
A biological information analyzing device comprising: an indicator extraction unit configured to obtain data of a blood pressure fluctuation section, which is a section in which a blood pressure fluctuation has occurred, from time series data of a blood pressure waveform measured continuously by a sensor, which is configured to be worn on a user's body and can non-invasively measure a blood pressure waveform for each of heartbeats, and extract an indicator expressing a blood pressure fluctuation type of the user from the data of the blood pressure fluctuation section; and a processing unit configured to output the indicator expressing the blood pressure fluctuation type extracted by the indicator extraction unit, wherein the indicator extraction unit is configured to calculate time series data of a systolic blood pressure for each heartbeat from the time series data of the blood pressure waveform, and extract, as the data of the blood pressure fluctuation section, data of a period between two minimum points on either side of a maximum point in the time series data of the systolic blood pressure. an indicator extraction unit configured to obtain data of a blood pressure fluctuation section, which is a section in which a blood pressure fluctuation has occurred, from time series data of a blood pressure waveform measured continuously by a sensor, which is configured to be worn on a user's body and can non-invasively measure a blood pressure waveform for each of heartbeats, and extract an indicator expressing a blood pressure fluctuation type of the user from the data of the blood pressure fluctuation section; and a processing unit configured to output the indicator expressing the blood pressure fluctuation type extracted by the indicator extraction unit, wherein the indicator extraction unit is configured to calculate time series data of a systolic blood pressure for each heartbeat from the time series data of the blood pressure waveform, and extract, as the data of the blood pressure fluctuation section, data of a period between two minimum points on either side of a maximum point in the time series data of the systolic blood pressure.
An image evaluation device comprising: an image acquisition section configured to acquire an input image to be evaluated; a noise image generation section configured to generate a noise image that emphasizes noise included in the input image such that the perception noise, which is the noise in the input image corresponding to a particular spatial frequency that correlates with human perception, is emphasized and noise having spatial frequency other than the particular spatial frequency is attenuated; a statistic value acquisition section configured to acquire a predetermined type statistic value from the noise image wherein the predetermined type statistic value comprises, or is based on, a standard deviation of a color value of the noise image; and a noise amount specification section configured to specify an amount of noise in the input image on the basis of the statistic value, characterized in in that: the image evaluation device further comprises: a brightness calculation section configured to calculate brightness of the input image, and a background noise calculation section configured to calculate background noise included in the input image and having a spatial frequency different from the particular spatial frequency, wherein the noise image generation section is configured to generate the noise image corrected in accordance with the brightness and with a level of the background noise. an image acquisition section configured to acquire an input image to be evaluated; a noise image generation section configured to generate a noise image that emphasizes noise included in the input image such that the perception noise, which is the noise in the input image corresponding to a particular spatial frequency that correlates with human perception, is emphasized and noise having spatial frequency other than the particular spatial frequency is attenuated; a statistic value acquisition section configured to acquire a predetermined type statistic value from the noise image wherein the predetermined type statistic value comprises, or is based on, a standard deviation of a color value of the noise image; and a noise amount specification section configured to specify an amount of noise in the input image on the basis of the statistic value, characterized in in that: the image evaluation device further comprises: a brightness calculation section configured to calculate brightness of the input image, and a background noise calculation section configured to calculate background noise included in the input image and having a spatial frequency different from the particular spatial frequency, a brightness calculation section configured to calculate brightness of the input image, and a background noise calculation section configured to calculate background noise included in the input image and having a spatial frequency different from the particular spatial frequency, wherein the noise image generation section is configured to generate the noise image corrected in accordance with the brightness and with a level of the background noise.
A compound of general formula wherein R 1 and R 2 are independently selected from the group consisting of H and C 1 -C 6 alkyl, or R 1 and R 2 are bound to one another forming an optionally substituted fused benzene ring, R 3 is selected from the group consisting of H, C 1 -C 6 alkyl and R 4 is selected from the group consisting of H and C 1 -C 6 alkyl, or R 4 represents for its use in the treatment and/or prevention of congenital erythropoietic porphyria. R 1 and R 2 are independently selected from the group consisting of H and C 1 -C 6 alkyl, or R 1 and R 2 are bound to one another forming an optionally substituted fused benzene ring, R 3 is selected from the group consisting of H, C 1 -C 6 alkyl and R 4 is selected from the group consisting of H and C 1 -C 6 alkyl, or R 4 represents for its use in the treatment and/or prevention of congenital erythropoietic porphyria.
A method of screening for a compound capable of modulating gene expression, comprising: 1) calculating the existence probability of a local secondary structure that may exist in a target RNA sequence to form a target list, 2) selecting a local secondary structure with the desired existence probability from the target list, 3) preparing a screening probe corresponding to the selected local secondary structure, and 4) carrying out screening compounds using the probe, wherein the local secondary structure is a structure comprising a stem-loop and peripheral sequences contiguous to its 5' and 3' ends, and wherein said step 1 comprises: 1-1) performing existence probability calculations of the local secondary structure each separately using two or more types of structure prediction algorithm, 1-2) from each list, extracting an intrinsic substructure with a sufficiently high existence probability to create each selection list, 1-3) listing the local secondary structures commonly found in each selection list as common structures, and 1-4) narrowing down the common list according to the expression regulation mechanism to be initiated to form a target list. 1) calculating the existence probability of a local secondary structure that may exist in a target RNA sequence to form a target list, 2) selecting a local secondary structure with the desired existence probability from the target list, 3) preparing a screening probe corresponding to the selected local secondary structure, and 4) carrying out screening compounds using the probe, wherein the local secondary structure is a structure comprising a stem-loop and peripheral sequences contiguous to its 5' and 3' ends, and wherein said step 1 comprises: wherein the local secondary structure is a structure comprising a stem-loop and peripheral sequences contiguous to its 5' and 3' ends, and wherein said step 1 comprises: 1-1) performing existence probability calculations of the local secondary structure each separately using two or more types of structure prediction algorithm, 1-2) from each list, extracting an intrinsic substructure with a sufficiently high existence probability to create each selection list, 1-3) listing the local secondary structures commonly found in each selection list as common structures, and 1-4) narrowing down the common list according to the expression regulation mechanism to be initiated to form a target list.
An adapter (100, 200,) connectable to a syringe (50, 80,) provided with a needle cannula (55, 85,) for intradermal injection of a medicament into the skin of a patient comprising: a main body having an internal cavity therein adapted to engage the syringe (50, 80,) in a sliding relationship and a distal portion that extends away from the main body and comprises a first primary skin contacting surface (104, 204,) and a second primary skin contacting surface (105, 205,) provided on different adjacent planes; the first primary skin contacting surface (104, 204,) being provided with an opening adapted to allow passage of the cannula; the adapter being configured and sized such that the syringe can be slid relative to the adapter between a pre-inserting position where the adapter encloses the cannula and an insertion position in which the cannula extends through the opening; characterized in that: the second primary skin contacting surface (105, 205) is positioned distally and at an angle (123, 223,) relative to the first primary skin contacting surface (104, 204,) between above 120 degrees and below 165 degrees, such that in use, in the insertion position the needle cannula can extend in a direction substantially parallel to at least a portion of the second primary skin contacting surface, such that when the first and second primary skin contacting surfaces are in contact with the skin, the cannula can be extended into the dermis parallel to the skin surface; a first secondary skin contacting surface (117, 217) is positioned proximally to and adjoining the first primary skin contacting surface (104, 204,). a main body having an internal cavity therein adapted to engage the syringe (50, 80,) in a sliding relationship and a distal portion that extends away from the main body and comprises a first primary skin contacting surface (104, 204,) and a second primary skin contacting surface (105, 205,) provided on different adjacent planes; the first primary skin contacting surface (104, 204,) being provided with an opening adapted to allow passage of the cannula; the adapter being configured and sized such that the syringe can be slid relative to the adapter between a pre-inserting position where the adapter encloses the cannula and an insertion position in which the cannula extends through the opening; characterized in that: the second primary skin contacting surface (105, 205) is positioned distally and at an angle (123, 223,) relative to the first primary skin contacting surface (104, 204,) between above 120 degrees and below 165 degrees, such that in use, in the insertion position the needle cannula can extend in a direction substantially parallel to at least a portion of the second primary skin contacting surface, such that when the first and second primary skin contacting surfaces are in contact with the skin, the cannula can be extended into the dermis parallel to the skin surface; a first secondary skin contacting surface (117, 217) is positioned proximally to and adjoining the first primary skin contacting surface (104, 204,).
Process for the cleavage of benzyloxycarbonyl protective groups, characterized in that an N-benzyloxycarbonyl compound or an N-(4-methoxybenzyloxycarbonyl) compound is reacted with hydrogen peroxide in a solvent comprising water in the presence of an unspecific peroxygenase from the Basidiomycetes Agrocybe aegerita, Coprinellus radians or Marasmius rotula.
A rechargeable battery comprising: an electrode assembly comprising a first electrode and a second electrode; a case accommodating the electrode assembly; a cap plate coupled to the case; a terminal electrically connected to the first electrode and protruding out of the cap plate; a short-circuit member at a short-circuit opening in the cap plate, the short-circuit member being configured to deform to electrically connect the first electrode and the second electrode; characterized in that a blocking member is provided below the short-circuit opening comprising: a plurality of openings disposed vertically below the short-circuit opening, a lower plate below a portion of the terminal, and a blocking portion below the short-circuit member, wherein the blocking portion has the plurality of openings and covers a lower surface of the short-circuit member. an electrode assembly comprising a first electrode and a second electrode; a case accommodating the electrode assembly; a cap plate coupled to the case; a terminal electrically connected to the first electrode and protruding out of the cap plate; a short-circuit member at a short-circuit opening in the cap plate, the short-circuit member being configured to deform to electrically connect the first electrode and the second electrode; characterized in that a blocking member is provided below the short-circuit opening comprising: a plurality of openings disposed vertically below the short-circuit opening, a lower plate below a portion of the terminal, and a blocking portion below the short-circuit member, wherein the blocking portion has the plurality of openings and covers a lower surface of the short-circuit member. a plurality of openings disposed vertically below the short-circuit opening, a lower plate below a portion of the terminal, and a blocking portion below the short-circuit member, wherein the blocking portion has the plurality of openings and covers a lower surface of the short-circuit member.