mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding High Efficiency Video Coding (HEVC) video data, the method comprising: decoding, in a supplemental enhancement information message, a syntax element that indicates whether random access to the bitstream from a particular clean random access access unit in a coded video sequence of the bitstream requires one or more parameter sets from at least one previous access unit in the bitstream to decode the particular CRA access unit or subsequent access units, wherein the particular CRA access unit is positioned at any point within the coded video sequence of the bitstream and does not clean a decoded picture buffer; and based on the syntax element indicating that no parameter sets from a previous access unit are needed, performing random access to the bitstream from the particular CRA access unit without fetching the parameter sets from the at least one previous access unit in the bitstream. decoding, in a supplemental enhancement information message, a syntax element that indicates whether random access to the bitstream from a particular clean random access access unit in a coded video sequence of the bitstream requires one or more parameter sets from at least one previous access unit in the bitstream to decode the particular CRA access unit or subsequent access units, wherein the particular CRA access unit is positioned at any point within the coded video sequence of the bitstream and does not clean a decoded picture buffer; and based on the syntax element indicating that no parameter sets from a previous access unit are needed, performing random access to the bitstream from the particular CRA access unit without fetching the parameter sets from the at least one previous access unit in the bitstream.
A computer-implemented image processing method for representation of one or more static objects in a digital target image including a plurality of target pixels, the one or more static objects having surface elements with different surface reflectance properties, the method comprising: receiving a plurality of digital images of the one or more static objects, referred to as source images, wherein each source image of the plurality represents the one or more static objects under a constant viewing angle and under a different illumination angle; computing diffuse components for target pixels of one or more surface elements by computing for each target pixel of the one or more surface elements a set of diffuse reflection coefficients from a best-fit function when fitted into reflected light intensity values of corresponding source pixels of the source images under different illumination angles; generating normal vectors for the target pixels of the one or more surface elements by using the computed diffuse reflection coefficients wherein the normal vectors describe the spatial orientations of the one or more surface elements; determining glossy coefficients for the target pixels of the one or more surface elements as the distances between the corresponding best-fit function values and the reflected light intensity values of the corresponding source pixels for the different illumination angles; and generating glossy components for the target pixels of the one or more surface elements characterized in that generating comprises overlaying a computer graphics reflection model in accordance with the corresponding normal vectors and the determined glossy coefficients. receiving a plurality of digital images of the one or more static objects, referred to as source images, wherein each source image of the plurality represents the one or more static objects under a constant viewing angle and under a different illumination angle; computing diffuse components for target pixels of one or more surface elements by computing for each target pixel of the one or more surface elements a set of diffuse reflection coefficients from a best-fit function when fitted into reflected light intensity values of corresponding source pixels of the source images under different illumination angles; generating normal vectors for the target pixels of the one or more surface elements by using the computed diffuse reflection coefficients wherein the normal vectors describe the spatial orientations of the one or more surface elements; determining glossy coefficients for the target pixels of the one or more surface elements as the distances between the corresponding best-fit function values and the reflected light intensity values of the corresponding source pixels for the different illumination angles; and generating glossy components for the target pixels of the one or more surface elements characterized in that generating comprises overlaying a computer graphics reflection model in accordance with the corresponding normal vectors and the determined glossy coefficients.
A fastener driving tool comprising: a housing; a motor provided in the housing and having an output shaft; a plunger provided in the housing for impacting a fastener in a fastener driving direction; a spring urging the plunger in the fastener driving direction; a drum rotatably supported in the housing and rotationally driven by the motor; and one of a cable and a sheet member capable of being wound over the drum and having one end fixed to the drum and another end acting on the spring for transmitting a driving force of the motor to the spring, wherein the spring is configured to accumulate a resilient energy as a result of winding of the one of the cable and the sheet member over the drum; characterized in that the fastener driving tool further comprises a clutch comprising a transmitting portion provided between the output shaft and the drum, the transmitting portion being movable between a transmission position where the driving force of the motor is transmitted to the drum, and a shut-off position where transmission of the driving force of the motor to the drum is shut off, in accordance with a rotating position of the drum. a housing; a motor provided in the housing and having an output shaft; a plunger provided in the housing for impacting a fastener in a fastener driving direction; a spring urging the plunger in the fastener driving direction; a drum rotatably supported in the housing and rotationally driven by the motor; and one of a cable and a sheet member capable of being wound over the drum and having one end fixed to the drum and another end acting on the spring for transmitting a driving force of the motor to the spring, wherein the spring is configured to accumulate a resilient energy as a result of winding of the one of the cable and the sheet member over the drum; characterized in that the fastener driving tool further comprises a clutch comprising a transmitting portion provided between the output shaft and the drum, the transmitting portion being movable between a transmission position where the driving force of the motor is transmitted to the drum, and a shut-off position where transmission of the driving force of the motor to the drum is shut off, in accordance with a rotating position of the drum.
Housing lid for closing an opening of a housing of a throttle device, having a plug interface with electrical contact elements, wherein the housing lid comprises a base lid part without the plug interface, and a plug lid part with the plug interface, and wherein the base lid part is designed with at least one connection element for form-fit connection of the plug lid part to the base lid part, characterized in that the at least one connection element is overmoulded by the plug lid part.
Fill level measurement device configured for fill level measurement in accordance with the reflectometer method, comprising: a signal source assembly configured to generate an electromagnetic transmission signal during a fill level measurement phase; wherein the transmission signal is frequency-modulated in steps, wherein each step comprises a constant frequency over a duration that is longer than twice the transit time of the transmission signal from the signal source assembly to the filling material; wherein the individual constant frequencies of the transmission signal are distributed within a defined frequency band; characterized by a control circuit configured to split the electromagnetic transmission signal into at least two temporally separated partial signals, wherein the first partial signal comprises a first subset of frequencies and the second partial signal comprises a second subset of frequencies, wherein first measured values are calculated from the first partial signal, second measured values are calculated from the second partial signal, and an echo curve are calculated from the combination of the first and second measured values. a signal source assembly configured to generate an electromagnetic transmission signal during a fill level measurement phase; wherein the transmission signal is frequency-modulated in steps, wherein each step comprises a constant frequency over a duration that is longer than twice the transit time of the transmission signal from the signal source assembly to the filling material; wherein the individual constant frequencies of the transmission signal are distributed within a defined frequency band; characterized by wherein the transmission signal is frequency-modulated in steps, wherein each step comprises a constant frequency over a duration that is longer than twice the transit time of the transmission signal from the signal source assembly to the filling material; wherein the individual constant frequencies of the transmission signal are distributed within a defined frequency band; characterized by a control circuit configured to split the electromagnetic transmission signal into at least two temporally separated partial signals, wherein the first partial signal comprises a first subset of frequencies and the second partial signal comprises a second subset of frequencies, wherein first measured values are calculated from the first partial signal, second measured values are calculated from the second partial signal, and an echo curve are calculated from the combination of the first and second measured values.
An exit assist method executed using an exit assist controller configured to control a subject vehicle to move from an exit start position to a target exit position along an exit route, the exit assist method being characterized by comprising: determining an exit direction of the subject vehicle; determining whether or not an adjacent parked vehicle is present in an adjacent parking space to the exit start position; when the adjacent parked vehicle is present, generating the exit route that does not pass through the adjacent parking space in the exit direction of the subject vehicle; and when no adjacent parked vehicle is present, generating the exit route that passes through the adjacent parking space in the exit direction of the subject vehicle. determining an exit direction of the subject vehicle; determining whether or not an adjacent parked vehicle is present in an adjacent parking space to the exit start position; when the adjacent parked vehicle is present, generating the exit route that does not pass through the adjacent parking space in the exit direction of the subject vehicle; and when no adjacent parked vehicle is present, generating the exit route that passes through the adjacent parking space in the exit direction of the subject vehicle.
A method for providing a multimedia content type ring-back in a communication system, the method comprising: providing, by an origination terminal, a multimedia content type ring-back to a destination terminal, characterised by the multimedia content type ring-back including menu keys mapped to services; if a menu key is input while providing the multimedia content type ring-back, determining, by the origination terminal, if a menu corresponding to the input menu key is a common menu through service capability comparison with the destination, terminal; and if the menu corresponding to the input menu key is the common menu, initiating, by the origination terminal, a client corresponding to the input menu key to provide the service mapped to the corresponding menu. providing, by an origination terminal, a multimedia content type ring-back to a destination terminal, characterised by the multimedia content type ring-back including menu keys mapped to services; if a menu key is input while providing the multimedia content type ring-back, determining, by the origination terminal, if a menu corresponding to the input menu key is a common menu through service capability comparison with the destination, terminal; and if the menu corresponding to the input menu key is the common menu, initiating, by the origination terminal, a client corresponding to the input menu key to provide the service mapped to the corresponding menu.
An insertable mould assembly for an injection moulding machine, which insertable mould assembly comprises - a first mould part having a first mould cavity face, - a second mould part alignable with the first mould part and having a second mould cavity face facing the first mould cavity face of the first mould part, and - at least one overmould cavity (23a,23b,23c,23d,23e,23f,23g,23h) delimited between the first mould cavity face and the second mould cavity face in a closed condition of the insertable mould assembly, - the at least one overmould cavity (23a,23b,23c,23d,23e,23f,23g,23h) is configured and dimensioned to receive at least a part of a substrate of a first component material, which substrate has been premade in another, separate process, and - the first mould part and the second mould part are assembled to confine the substrate prior to the insertable mould assembly being inserted in the injection moulding machine characterised in that at least one of the first mould cavity face and the second mould cavity face has female and/or male mounting parts (30;42;55) for receiving male and/or female mounting parts (17ab,17bc,17cd,17de,17ef,17fg,17gh,17ha; 18a,18b,18c,18d, 18e,18f,18g,18h;19) of the substrate to ensure a predetermined overmoulding position of the substrate in relation to the at least one overmould cavity (23a,23b,23c,23d,23e,23f,23g,23h), wherein in the overmoulding position of the substrate an overmoulding second component material is supplied to the one or more overmould cavities (23a,23b,23c,23d,23e,23f,23g,23h) to apply an overmould component (102a,102b,102c,102d,102e,102f,102g) to the substrate. - a first mould part having a first mould cavity face, - a second mould part alignable with the first mould part and having a second mould cavity face facing the first mould cavity face of the first mould part, and - at least one overmould cavity (23a,23b,23c,23d,23e,23f,23g,23h) delimited between the first mould cavity face and the second mould cavity face in a closed condition of the insertable mould assembly, - the at least one overmould cavity (23a,23b,23c,23d,23e,23f,23g,23h) is configured and dimensioned to receive at least a part of a substrate of a first component material, which substrate has been premade in another, separate process, and - the first mould part and the second mould part are assembled to confine the substrate prior to the insertable mould assembly being inserted in the injection moulding machine characterised in that at least one of the first mould cavity face and the second mould cavity face has female and/or male mounting parts (30;42;55) for receiving male and/or female mounting parts (17ab,17bc,17cd,17de,17ef,17fg,17gh,17ha; 18a,18b,18c,18d, 18e,18f,18g,18h;19) of the substrate to ensure a predetermined overmoulding position of the substrate in relation to the at least one overmould cavity (23a,23b,23c,23d,23e,23f,23g,23h), wherein in the overmoulding position of the substrate an overmoulding second component material is supplied to the one or more overmould cavities (23a,23b,23c,23d,23e,23f,23g,23h) to apply an overmould component (102a,102b,102c,102d,102e,102f,102g) to the substrate.
A medical pendant lifting system, wherein said medical pendant lifting system comprises a main frame, a driving device, a transmission device, a main body component, a first connecting rod, a second connecting rod, a third connecting rod, and a connecting head, wherein said main frame is fixed to a base; said driving device drives said main body component and third connecting rod via said transmission device; said transmission device comprises an input component and an output component; said connecting head is fixed to a medical pendant body; said medical pendant lifting system being characterized in that: said driving device is connected to said main frame by a first pivoting shaft; said main body component is connected to said main frame by a third pivoting shaft; said main body component is connected to the output component of said transmission device by a second pivoting shaft; said main body component is connected to said connecting head by a fifth pivoting shaft; said main body component is connected to said second connecting rod by a sixth pivoting shaft; said third connecting rod is connected to said main frame by a fourth pivoting shaft; said third connecting rod is connected to said second connecting rod by a seventh pivoting shaft; said first connecting rod is connected to said second connecting rod by a ninth pivoting shaft; said first connecting rod is connected to said connecting head by an eighth pivoting shaft; said first, second, third, fourth, fifth, sixth, seventh, eighth and ninth pivoting shafts (S1-S9) are parallel to each other, and when viewing from a section vertically passing through said first to ninth pivoting shafts (S1-S9), said third, fourth, sixth, and seventh pivoting shafts (S3, S4, S6, S7) form a first parallelogram, and said fifth, sixth, eighth, and ninth pivoting shafts (S5, S6, S8, S9) form a second parallelogram. said driving device is connected to said main frame by a first pivoting shaft; said main body component is connected to said main frame by a third pivoting shaft; said main body component is connected to the output component of said transmission device by a second pivoting shaft; said main body component is connected to said connecting head by a fifth pivoting shaft; said main body component is connected to said second connecting rod by a sixth pivoting shaft; said third connecting rod is connected to said main frame by a fourth pivoting shaft; said third connecting rod is connected to said second connecting rod by a seventh pivoting shaft; said first connecting rod is connected to said second connecting rod by a ninth pivoting shaft; said first connecting rod is connected to said connecting head by an eighth pivoting shaft; said first, second, third, fourth, fifth, sixth, seventh, eighth and ninth pivoting shafts (S1-S9) are parallel to each other, and when viewing from a section vertically passing through said first to ninth pivoting shafts (S1-S9), said third, fourth, sixth, and seventh pivoting shafts (S3, S4, S6, S7) form a first parallelogram, and said fifth, sixth, eighth, and ninth pivoting shafts (S5, S6, S8, S9) form a second parallelogram.
A device comprising: an optical element suspended to be vibratable via curved spring elements (14; 14a-d); and at least two actuators (16a; 16b), each mounted fixedly on one side, which are connected to the vibratably suspended optical element via the curved spring elements (14; 14a-d) to cause the vibratably suspended optical element to vibrate; wherein the spring elements comprise at least one and less than ten alternating changes in sign of the radius of curvature (r K1; r K2) along the course of the longitudinal center line; and wherein a change in sign corresponds to a center of curvature (34, 35) arranged on an alternating side relative to an adjacent center of curvature (34, 35). an optical element suspended to be vibratable via curved spring elements (14; 14a-d); and at least two actuators (16a; 16b), each mounted fixedly on one side, which are connected to the vibratably suspended optical element via the curved spring elements (14; 14a-d) to cause the vibratably suspended optical element to vibrate; wherein the spring elements comprise at least one and less than ten alternating changes in sign of the radius of curvature (r K1; r K2) along the course of the longitudinal center line; and wherein a change in sign corresponds to a center of curvature (34, 35) arranged on an alternating side relative to an adjacent center of curvature (34, 35).
A 3D component printing process wherein a body is built up from starting material which is irradiated track by track with a beam, the beam having an effective area profile, the effective area profile not being rotationally symmetric, and wherein the effective area profile of the beam is rotated simultaneously during the track-by-track irradiation and aligned in accordance with the track direction, wherein the effective area profile is generated by a beam shaping device, wherein the beam shaping device comprises at least one diffractive optical element, wherein the diffractive optical element is rotated for orientation and/or rotation of the effective area profile, and different diffractive optical elements are arranged in a magazine. wherein the effective area profile of the beam is rotated simultaneously during the track-by-track irradiation and aligned in accordance with the track direction, wherein the effective area profile is generated by a beam shaping device, wherein the beam shaping device comprises at least one diffractive optical element, wherein the diffractive optical element is rotated for orientation and/or rotation of the effective area profile, and different diffractive optical elements are arranged in a magazine.