mhurhangee/ep-ind-claims huggingface dataset:
Method for navigating through subtitles of an AV data stream, comprising: - playing back data units of said AV data stream, said data units including video (V_PACK), audio (A_PACK) and subtitle (SP_PACK) data packets; - storing in a dedicated memory access information (ADD_i-2, ADD_i-1, ADD_i) of one or more played back data units together with subtitle information data (ST_i-2, ST_i-1, ST_i) of said played back data units, wherein the subtitle information data are the displayable part of the subtitle data packets of said played back data units; - generating a display of one or more of said stored subtitle information data, upon receipt of a navigation command; - detecting a selection of one of said stored subtitle information data for which a display has been generated; - retrieving the stored access information of the data unit corresponding to the selected subtitle information data; - accessing said corresponding data unit using said retrieved access information; and - playing back said accessed data unit. - playing back data units of said AV data stream, said data units including video (V_PACK), audio (A_PACK) and subtitle (SP_PACK) data packets; - storing in a dedicated memory access information (ADD_i-2, ADD_i-1, ADD_i) of one or more played back data units together with subtitle information data (ST_i-2, ST_i-1, ST_i) of said played back data units, wherein the subtitle information data are the displayable part of the subtitle data packets of said played back data units; - generating a display of one or more of said stored subtitle information data, upon receipt of a navigation command; - detecting a selection of one of said stored subtitle information data for which a display has been generated; - retrieving the stored access information of the data unit corresponding to the selected subtitle information data; - accessing said corresponding data unit using said retrieved access information; and - playing back said accessed data unit.
Splitter lip (122; 222) for a turbomachine, in particular for a compressor (4; 6) of an axial turbomachine, the lip (122; 222) comprising: - an annular splitter wall (130; 230) with a circular leading edge, and an annular attachment flange (150; 250); - an outer shroud (128; 228) with an external fixing flange; - heating means (142; 242) arranged so as to be able to de-ice the splitter lip (122; 222); - at least one elastic element (146; 246) holding the heating means (142; 242) inside of the splitter wall (30; 130; 230); characterized in that the splitter lip (122, 222) comprises thrust means (154; 254) exerting a compressive force on the at least one elastic element (146; 246) so as to preload it, the thrust means (154; 254) being adjustable so as to adjust the compressive force and fixed to the annular attachment flange (150; 250) and to the external fixing flange, the at least one elastic element (146; 246) being pre-stressed in the splitter lip (122; 222) so as to exert a clamping force F on the heating means (142; 242) towards the splitter wall (130; 230). - an annular splitter wall (130; 230) with a circular leading edge, and an annular attachment flange (150; 250); - an outer shroud (128; 228) with an external fixing flange; - heating means (142; 242) arranged so as to be able to de-ice the splitter lip (122; 222); - at least one elastic element (146; 246) holding the heating means (142; 242) inside of the splitter wall (30; 130; 230);
An electrostatic latent image developing toner comprising a plurality of toner particles each containing a non-crystalline polyester resin, a crystalline polyester resin, a styrene-acrylic acid-based resin, and a releasing agent, wherein an amount of the releasing agent contained in the toner is at least 7.5% by mass and no greater than 12.5% by mass, an amount of the styrene-acrylic acid-based resin contained in the toner is at least 50 parts by mass and no greater than 100 parts by mass relative to 100 parts by mass of the releasing agent, the crystalline polyester resin includes a first repeating unit derived from an acrylic acid-based monomer and a second repeating unit derived from a styrene-based monomer, the styrene-acrylic acid-based resin is based on a third repeating unit derived from an acrylic acid-based monomer that has an epoxy group and a fourth repeating unit derived from a styrene-based monomer, a peak top molecular weight of the toner in a differential molecular weight distribution curve obtained by GPC measurement is at least 8,000 and no greater than 12,000, and a mass average molecular weight of the toner determined by the GPC measurement is at least 40,000 and no greater than 65,000.
An electronic device, comprising a middle frame, an antenna board, and a fastener; the middle frame is provided with a mounting cavity, and an inner wall of the mounting cavity is provided with a limiting portion; and the antenna board is placed in the mounting cavity, and the fastener is clamped between the limiting portion and an upper end face of the antenna board, to restrict the antenna board from moving upward along a depth direction of the mounting cavity. the middle frame is provided with a mounting cavity, and an inner wall of the mounting cavity is provided with a limiting portion; and the antenna board is placed in the mounting cavity, and the fastener is clamped between the limiting portion and an upper end face of the antenna board, to restrict the antenna board from moving upward along a depth direction of the mounting cavity.
A method (200, 300), comprising: receiving a user selection of a trigger image from a set of trigger images displayed on a display of a mobile device, wherein the set of trigger images are digital representations of physical objects; transmitting (250, 350), from the mobile device to a paired device, the trigger image; transmitting, from the mobile device to the paired device, a signal separate from the transmission of the trigger image, wherein the signal is to control (260, 360) the paired device to begin displaying the trigger image; scanning (270, 370) the trigger image being displayed on the paired device into the mobile device; and displaying (280, 380) an augmented image of the trigger image on the mobile device. receiving a user selection of a trigger image from a set of trigger images displayed on a display of a mobile device, wherein the set of trigger images are digital representations of physical objects; transmitting (250, 350), from the mobile device to a paired device, the trigger image; transmitting, from the mobile device to the paired device, a signal separate from the transmission of the trigger image, wherein the signal is to control (260, 360) the paired device to begin displaying the trigger image; scanning (270, 370) the trigger image being displayed on the paired device into the mobile device; and displaying (280, 380) an augmented image of the trigger image on the mobile device.
An ophthalmic photographing apparatus comprising: - a photographing optical system (200,300) arranged to obtain a front image of a given region of an examinee's eye, which comprises: - a light source (27, 61) arranged to illuminate the given region; - a focusing optical element, (24,63) provided movable in a direction of an optical axis by a driving mechanism (24a, 63a); and - a photodetector (68, 83) arranged to photo-receive reflection light from the given region; and - a control unit arranged to control driving of the driving mechanism, and obtain the front image based on a signal outputted from the photodetector, characterized in that the control unit is arranged to further - move the focusing optical element in predetermined steps or continuously in a direction of the optical axis to obtain the front image at each position, - calculate frequency distribution of luminance of each of the front images being subjected to differential processing to detect a change characteristic of luminance values (Dmax, Dmin, Lmax, Lmin) having frequencies equal or exceeding a predetermined threshold value (S1, S2) in the frequency distribution with respect to the position of the focusing optical element, and - detect a focus position of the focusing optical element based on the change characteristics to move the focusing optical element to a position corresponding to the detected focus position. - a photographing optical system (200,300) arranged to obtain a front image of a given region of an examinee's eye, which comprises: - a light source (27, 61) arranged to illuminate the given region; - a focusing optical element, (24,63) provided movable in a direction of an optical axis by a driving mechanism (24a, 63a); and - a photodetector (68, 83) arranged to photo-receive reflection light from the given region; and - a light source (27, 61) arranged to illuminate the given region; - a focusing optical element, (24,63) provided movable in a direction of an optical axis by a driving mechanism (24a, 63a); and - a photodetector (68, 83) arranged to photo-receive reflection light from the given region; and - a control unit arranged to control driving of the driving mechanism, and obtain the front image based on a signal outputted from the photodetector, - move the focusing optical element in predetermined steps or continuously in a direction of the optical axis to obtain the front image at each position, - calculate frequency distribution of luminance of each of the front images being subjected to differential processing to detect a change characteristic of luminance values (Dmax, Dmin, Lmax, Lmin) having frequencies equal or exceeding a predetermined threshold value (S1, S2) in the frequency distribution with respect to the position of the focusing optical element, and - detect a focus position of the focusing optical element based on the change characteristics to move the focusing optical element to a position corresponding to the detected focus position.
A multi-function printer, comprising a controller configured to: identify a workflow associated with the scanned document, and to identify the metadata for the scanned document based on the workflow; generate a scan of a document for a user, and to hold the scanned document in a memory pending a data entry activity that assigns metadata to the scanned document; provide a notification to a remote computing device (108, 109, 110) requesting the metadata for the scanned document, and to receive the metadata from the remote computing device (108, 109, 110); assign the metadata to the scanned document, and to release the scanned document from the memory to a scan destination, wherein the multi-function printer is configured to dynamically generate a web page that identifies the metadata and allows the user to enter the metadata to be assigned to the scanned document, and the controller is configured to provide the notification to the remote computing device (108, 109, 110) utilizing an email including a link to the web page. identify a workflow associated with the scanned document, and to identify the metadata for the scanned document based on the workflow; generate a scan of a document for a user, and to hold the scanned document in a memory pending a data entry activity that assigns metadata to the scanned document; provide a notification to a remote computing device (108, 109, 110) requesting the metadata for the scanned document, and to receive the metadata from the remote computing device (108, 109, 110); assign the metadata to the scanned document, and to release the scanned document from the memory to a scan destination, wherein the multi-function printer is configured to dynamically generate a web page that identifies the metadata and allows the user to enter the metadata to be assigned to the scanned document, and the controller is configured to provide the notification to the remote computing device (108, 109, 110) utilizing an email including a link to the web page.
Method for spectral analysis of a signal in a plurality of overlapping frequency bands each with a different frequency resolution, which comprises at least one data acquisition step (S10, S20) and a following data evaluation step for each frequency band, characterised in that both the data acquisition step (S10, S20) and the following data evaluation step per se and for each frequency band of the spectrum analysis in each case take place cyclically without interruption, wherein the data evaluation step includes a discrete Fourier analysis to calculate the spectral values of the signal belonging to the respective frequency band, in that the data acquisition step (S10,S20) includes sampling of the signal with a sampling frequency which corresponds to at least double the value of an upper limit frequency of the respective frequency band, and storing of the respective sampled values of the signal in a ring memory (4 1, 4 2, 4 3, 4 4, 4 1 ', 4 2 ', 4 3 ' 4 4 ') belonging to the respective frequency band, and in that the spectral values of a higher-frequency frequency band already calculated in a Fourier analysis are used for lower-frequency frequency bands as temporary spectral values until all the spectral values in the lower-frequency frequency bands have been calculated by means of Fourier analysis.
A composition comprising a therapeutically effective amount of a recombinant AAV vector comprising 1) a nucleic acid sequence is at least 85% identical to the nucleic acid sequence of SEQ ID NO:1, 2) a nucleotide that hybridizes under stringent condition to the nucleotide sequence of SEQ ID NO: 1 or 3) a nucleic acid sequence encoding a protein that is at least 85% identical to the amino acid sequence of SEQ ID NO: 2 for use in the treatment of muscular dystrophy or chronic muscle wasting in a subject in need, wherein the subject has a recessive mutation in the ANO5 gene.
A method for determining maximal oxygen uptake (VO 2 max)of a user with a computing unit, the method comprising: receiving physical characteristics data concerning the user at said computing unit; providing a stimulus to prompt the user to perform an exercise protocol, wherein the exercise protocol comprises periodic body movements involving a significant number of the user's body muscles; receiving body motion data describing the motion of the user's body during the performance of the exercise protocol at said computing unit, wherein the body motion data is selected from a group consisting of the time required to perform a single repetition of the exercise, the velocity of the user's body as it performs the protocol, the acceleration at the start and/or end of each repetition, the distance traveled by the user's body during each repetition, the amplitude of the motion of the user's body during each repetition, the number of repetitions of the motion of the user's body, and difference between motion data as the user performs multiple repetitions of each exercise, wherein each repetition corresponds to each periodic body movement; characterised in that the method further comprises selecting one of a plurality of predictive models using one or more of the received physical characteristics data, the received body motion data, and a type of exercise performed by the user according to the exercise protocol; and computing maximal oxygen uptake (VO 2 max)utilizing the selected predictive model based on said body motion data and said physical characteristics data. receiving physical characteristics data concerning the user at said computing unit; providing a stimulus to prompt the user to perform an exercise protocol, wherein the exercise protocol comprises periodic body movements involving a significant number of the user's body muscles; receiving body motion data describing the motion of the user's body during the performance of the exercise protocol at said computing unit, wherein the body motion data is selected from a group consisting of the time required to perform a single repetition of the exercise, the velocity of the user's body as it performs the protocol, the acceleration at the start and/or end of each repetition, the distance traveled by the user's body during each repetition, the amplitude of the motion of the user's body during each repetition, the number of repetitions of the motion of the user's body, and difference between motion data as the user performs multiple repetitions of each exercise, wherein each repetition corresponds to each periodic body movement; characterised in that the method further comprises selecting one of a plurality of predictive models using one or more of the received physical characteristics data, the received body motion data, and a type of exercise performed by the user according to the exercise protocol; and computing maximal oxygen uptake (VO 2 max)utilizing the selected predictive model based on said body motion data and said physical characteristics data.
An eddy-current retarding device, comprising: a magnet holding member that is coaxially provided to a rotating shaft and holds a plurality of permanent magnets in a circumferential direction; a brake member including: paired disk portions (1a, 1b) disposed on both sides of the magnet holding member in an axial direction of the rotating shaft; a cylinder portion which is a connecting portion that connects the paired disk portions (1a, 1b); and an eddy-current generating portion that causes eddy current due to rotation of the permanent magnets, the brake member being supported in a rotatable manner relative to the rotating shaft; and a friction brake that comprises a brake caliper which causes a friction member (8a, 8b) to squeeze an outer periphery portion of an external surface of each of the paired disk portions (1a, 1b) from both sides in the axial direction of the brake member at a time of braking to bring the brake member to a stop, and wherein the brake member covers an area around the magnet holding member. a magnet holding member that is coaxially provided to a rotating shaft and holds a plurality of permanent magnets in a circumferential direction; a brake member including: paired disk portions (1a, 1b) disposed on both sides of the magnet holding member in an axial direction of the rotating shaft; a cylinder portion which is a connecting portion that connects the paired disk portions (1a, 1b); and an eddy-current generating portion that causes eddy current due to rotation of the permanent magnets, the brake member being supported in a rotatable manner relative to the rotating shaft; and paired disk portions (1a, 1b) disposed on both sides of the magnet holding member in an axial direction of the rotating shaft; a cylinder portion which is a connecting portion that connects the paired disk portions (1a, 1b); and an eddy-current generating portion that causes eddy current due to rotation of the permanent magnets, the brake member being supported in a rotatable manner relative to the rotating shaft; and a friction brake that comprises a brake caliper which causes a friction member (8a, 8b) to squeeze an outer periphery portion of an external surface of each of the paired disk portions (1a, 1b) from both sides in the axial direction of the brake member at a time of braking to bring the brake member to a stop, and wherein the brake member covers an area around the magnet holding member.
A screwdriver, comprising: a housing comprising a handle section and a motor housing section, a longitudinal axis of the handle section being at a non-zero angle with respect to a longitudinal axis of the motor housing section; a motor housed in the motor housing section; a tool holder selectively driven by the motor, the tool holder being in a forward location of the screwdriver; a user actuatable trigger for activating the motor; and a bit holder rotatably held on the housing, the bit holder comprising a first section which includes a plurality of bit retainers and a second section including a plurality of detents; wherein the screwdriver further comprises a pin which engages with the plurality of detents to hold the bit holder in one of a plurality of rotational positions; characterized in that the bit holder is located axially behind the motor housing section along the motor housing section longitudinal axis. a housing comprising a handle section and a motor housing section, a longitudinal axis of the handle section being at a non-zero angle with respect to a longitudinal axis of the motor housing section; a motor housed in the motor housing section; a tool holder selectively driven by the motor, the tool holder being in a forward location of the screwdriver; a user actuatable trigger for activating the motor; and a bit holder rotatably held on the housing, the bit holder comprising a first section which includes a plurality of bit retainers and a second section including a plurality of detents; wherein the screwdriver further comprises a pin which engages with the plurality of detents to hold the bit holder in one of a plurality of rotational positions; characterized in that the bit holder is located axially behind the motor housing section along the motor housing section longitudinal axis.
A method of capturing images of a game by an unmanned autonomous vehicle, UAV (102, 204, 860), comprising: surveying (604, 1502), by a processor of the UAV, a playing area (120, 500, 520,540, 580, 800) of the game; determining (606, 1602), by a processor of the UAV, game play rules of the game based on the survey of the playing area of the game; determining, by the processor, a location of a game object (508, 824); calculating, by the processor, a position from which to capture an image of the game based on the determined game play rules and the location of the game object; and capturing an image of the game from the calculated position. surveying (604, 1502), by a processor of the UAV, a playing area (120, 500, 520,540, 580, 800) of the game; determining (606, 1602), by a processor of the UAV, game play rules of the game based on the survey of the playing area of the game; determining, by the processor, a location of a game object (508, 824); calculating, by the processor, a position from which to capture an image of the game based on the determined game play rules and the location of the game object; and capturing an image of the game from the calculated position.
Barrel assembly for a firearm, the barrel assembly comprising: - a barrel with a first barrel end, in the longitudinal extent of a barrel bore axis; - a clamping device for clamping the barrel, wherein the clamping device has a first clamping jaw and a second clamping jaw; - an eccentric clamp with a clamping lever for clamping the first clamping jaw and the second clamping jaw in relation to one another, wherein the clamping lever has a pivot axis and a butting surface, wherein the butting surface is formed eccentrically in relation to the pivot axis, wherein the clamping lever is pivotable with respect to the pivot axis between a clamping position and a releasing position, characterized in that a clearance is formed in the second clamping jaw, and in that the first clamping jaw has a clamping lever mount, wherein the clamping lever mount reaches into the clearance, wherein the clamping lever is mounted pivotably about the pivot axis on the clamping lever mount of the first clamping jaw and wherein the second clamping jaw has an abutment for the butting of the butting surface, wherein the abutment lies closer to a side of the second clamping jaw than the pivot axis. - a barrel with a first barrel end, in the longitudinal extent of a barrel bore axis; - a clamping device for clamping the barrel, wherein the clamping device has a first clamping jaw and a second clamping jaw; - an eccentric clamp with a clamping lever for clamping the first clamping jaw and the second clamping jaw in relation to one another, wherein the clamping lever has a pivot axis and a butting surface, wherein the butting surface is formed eccentrically in relation to the pivot axis, wherein the clamping lever is pivotable with respect to the pivot axis between a clamping position and a releasing position,