mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving filter coefficients and filter offsets as part of an encoded video bitstream, wherein filter offsets are received for each of a plurality of sub-pixel positions, wherein the filter coefficients are used for filtering with an adaptive interpolation filter during motion compensation and the filter offsets are added to the adaptive interpolation filter for filtering the sub-pixel positions; generating interpolated predictive data for video decoding based on the filter coefficients and the filter offsets; and decoding one or more video blocks based on the interpolated predictive data; characterized in that at least one filter offset of the filter offsets comprises an integer offset and a fractional offset, the fractional offset being coded separately from the integer offset, wherein the fractional offset is quantized depending on the magnitude of the integer offset, wherein coarser levels of quantization are applied on the fractional offset for increasing integer offsets. receiving filter coefficients and filter offsets as part of an encoded video bitstream, wherein filter offsets are received for each of a plurality of sub-pixel positions, wherein the filter coefficients are used for filtering with an adaptive interpolation filter during motion compensation and the filter offsets are added to the adaptive interpolation filter for filtering the sub-pixel positions; generating interpolated predictive data for video decoding based on the filter coefficients and the filter offsets; and decoding one or more video blocks based on the interpolated predictive data; characterized in that at least one filter offset of the filter offsets comprises an integer offset and a fractional offset, the fractional offset being coded separately from the integer offset, wherein the fractional offset is quantized depending on the magnitude of the integer offset, wherein coarser levels of quantization are applied on the fractional offset for increasing integer offsets.
A compound represented by Formula or a salt thereof, wherein, in the formula, R 1 and R 2 each independently represent a hydrogen atom or a linear or branched acyl group having 11 to 18 carbon atoms, a hydrocarbon group bonded to a carbonyl carbon of the acyl group is a saturated or unsaturated hydrocarbon group, and at least one of R 1 and R 2 represents the acyl group.
Textile garment (1, 50) incorporating overlapping portions while compressing them, and one lower or upper member, with the said portions incorporating different textile parts assembled together by connection areas to result in a configuration at rest with a non-null angulation between the segments of the member located either side of the main articulation of the member, incorporating: - one first part (10, 60) covering the pro-eminent part of the articulation; - one second part (12, 62) covering the fold of the articulation; - one upper part (3, 53) covering all or part of the member's proximal segment; - one lower part (5, 55) covering all or part of the member's distal segment, characterized by the fact that it incorporates connection areas (15, 16, 22, 23, 65, 66, 72, 73) assembling the first and second parts with the lower and upper parts, with the said first and second ports coming into contact with each other via two ad-hoc or rectilinear connection joins, of which one is located on the interior face of the articulation and the other is located on the exterior face of the articulation, and in which the first part exerts a compression on the pro-eminent part of the articulation. - one first part (10, 60) covering the pro-eminent part of the articulation; - one second part (12, 62) covering the fold of the articulation; - one upper part (3, 53) covering all or part of the member's proximal segment; - one lower part (5, 55) covering all or part of the member's distal segment, characterized by the fact that it incorporates connection areas (15, 16, 22, 23, 65, 66, 72, 73) assembling the first and second parts with the lower and upper parts, with the said first and second ports coming into contact with each other via two ad-hoc or rectilinear connection joins, of which one is located on the interior face of the articulation and the other is located on the exterior face of the articulation, and in which the first part exerts a compression on the pro-eminent part of the articulation.
A method for additive fabrication using a device comprising a build platform and an imaging device, the method comprising: forming at least a portion of an object via additive fabrication; scanning a surface region of the at least a portion of the object with the imaging device; determining a depth map of a surface region of the at least a portion of the object; and forming a second portion of the object in contact with the first portion, said forming based at least in part on the determined depth map of the surface region of the first portion of the object, wherein: said scanning a surface region includes sensing the surface region of the object being fabricated for determining if less or more material has been formed than intended; and said forming the second portion includes forming at least one subsequent layer, wherein the formation of material of said at least one subsequent layer is adjusted such that additional material is provided in said at least one subsequent layer in response to said sensing, if less material has been formed than intended, characterized in that less material is provided in said at least one subsequent layer in response to said sensing, if more material has been formed than intended (1011, 1013). forming at least a portion of an object via additive fabrication; scanning a surface region of the at least a portion of the object with the imaging device; determining a depth map of a surface region of the at least a portion of the object; and forming a second portion of the object in contact with the first portion, said forming based at least in part on the determined depth map of the surface region of the first portion of the object, said scanning a surface region includes sensing the surface region of the object being fabricated for determining if less or more material has been formed than intended; and said forming the second portion includes forming at least one subsequent layer, wherein the formation of material of said at least one subsequent layer is adjusted such that additional material is provided in said at least one subsequent layer in response to said sensing, if less material has been formed than intended, characterized in that less material is provided in said at least one subsequent layer in response to said sensing, if more material has been formed than intended (1011, 1013).
Device for withdrawing blood and producing blood products therefrom and for storing and transporting said products, comprising withdrawal means and at least one collection and separation means, characterised in that the device comprises a plurality of administration means (10, 14), the withdrawal means, collection and separation means and administration means (10, 14) being interconnected such that fluid can flow therethrough and each administration means (10, 14) comprising an opening means which is suitably designed to be opened by a patient or another person without the need for additional aids.
A filter for use within the lumen of a blood vessel that includes a plurality of interconnected intraluminal filter elements adapted to flexibly convert between a filter configuration and an open configuration, the filter comprising: a removable filter head including, a retainer; and a stopper movable between a first position and a second position relative to the retainer; wherein the retainer and the stopper cooperate at the first position to secure the plurality of interconnected intraluminal filter elements into the filter configuration, and wherein the movement of the stopper to the second position releases the plurality of interconnected intraluminal filter elements to the open configuration, characterized in that the filter includes a push nut to hold the stopper in secure contact with the retainer. a removable filter head including, a retainer; and a stopper movable between a first position and a second position relative to the retainer; wherein the retainer and the stopper cooperate at the first position to secure the plurality of interconnected intraluminal filter elements into the filter configuration, and wherein the movement of the stopper to the second position releases the plurality of interconnected intraluminal filter elements to the open configuration, characterized in that the filter includes a push nut to hold the stopper in secure contact with the retainer.
A gas analyzer apparatus that analyzes inflowing sample gas from a process performed in a system and comprises: an ionization unit that is adapted to ionize the sample gas, a filter unit that is adapted to filter the ionized sample gas; a detector unit that is adapted to detect filtered results; a housing that houses at least the filter unit and the detector unit; at least one of a plasma generation unit for generating and supplying a cleaning plasma and a plasma supplying line that is adapted to supply a cleaning plasma from the process; and a control unit that is adapted to control respective potentials of the filter unit, the detector unit, and the housing, wherein the control unit includes a cleaning control unit that is adapted to set the respective potentials of the filter unit, the detector unit, and the housing to cleaning potentials (V c) for drawing the cleaning plasma into the housing, and the cleaning potentials are set to form a voltage gradient that aims toward the housing for drawing in the cleaning plasma by setting the respective potentials of the filter unit, the detector unit and the housing sequentially over time. an ionization unit that is adapted to ionize the sample gas, a filter unit that is adapted to filter the ionized sample gas; a detector unit that is adapted to detect filtered results; a housing that houses at least the filter unit and the detector unit; at least one of a plasma generation unit for generating and supplying a cleaning plasma and a plasma supplying line that is adapted to supply a cleaning plasma from the process; and a control unit that is adapted to control respective potentials of the filter unit, the detector unit, and the housing, wherein the control unit includes a cleaning control unit that is adapted to set the respective potentials of the filter unit, the detector unit, and the housing to cleaning potentials (V c) for drawing the cleaning plasma into the housing, and the cleaning potentials are set to form a voltage gradient that aims toward the housing for drawing in the cleaning plasma by setting the respective potentials of the filter unit, the detector unit and the housing sequentially over time.
A three-dimensional laminating and shaping apparatus to laminate and shape a three-dimensional structure, comprising: a powder feeding unit configured to feed a powder layer; an electron beam column configured to output an electron beam and deflect the electron beam toward a front surface of the powder layer; a plurality of the electron detectors (72a, 72b, 72c, 72d) configured to detect an electron emitted from the front surface of the powder layer as a result of irradiation with the electron beam, wherein the plurality of the electron detectors (72a, 72b, 72c, 72d) are positioned in different directions relative to the position irradiated with the electron beam; a melting judging unit configured to detect, based on a strength of a detection signal from the electron detectors (72a, 72b, 72c, 72d), that the powder layer is melted and generate a melting signal, wherein the melting judging unit outputs the melting signal when a difference in strength between detection signals from different ones of the electron detectors (72a, 72b, 72c, 72d) falls below a predetermined range; and a deflection controller configured to receive the melting signal and determine a condition of the irradiation with the electron beam in response to the received melting signal. a powder feeding unit configured to feed a powder layer; an electron beam column configured to output an electron beam and deflect the electron beam toward a front surface of the powder layer; a plurality of the electron detectors (72a, 72b, 72c, 72d) configured to detect an electron emitted from the front surface of the powder layer as a result of irradiation with the electron beam, wherein the plurality of the electron detectors (72a, 72b, 72c, 72d) are positioned in different directions relative to the position irradiated with the electron beam; a melting judging unit configured to detect, based on a strength of a detection signal from the electron detectors (72a, 72b, 72c, 72d), that the powder layer is melted and generate a melting signal, wherein the melting judging unit outputs the melting signal when a difference in strength between detection signals from different ones of the electron detectors (72a, 72b, 72c, 72d) falls below a predetermined range; and a deflection controller configured to receive the melting signal and determine a condition of the irradiation with the electron beam in response to the received melting signal.
Filter system for filtering a gaseous mixture, the filter system comprising: - a housing provided with an inlet for supplying the gaseous mixture for filtering and an outlet for discharging the filtered gaseous mixture; - a liquid container arranged in the housing and configured to hold a liquid with a liquid surface therein; and - air displacing means configured to carry the gaseous mixture for filtering via the inlet and substantially along the liquid during use and to discharge the filtered gaseous mixture via the outlet, wherein the outlet is provided with an exit side for discharging the filtered gaseous mixture out of the housing and an entry side close to the liquid surface, wherein the entry side of the outlet is further provided with an air guide (18, 110) characterized in that the air guide (18, 110) is connected to the entry side of the outlet and extends substantially parallel to the liquid surface, wherein the air guide (18, 110) is configured to guide the gas flow along or over the liquid in a substantially horizontal direction over a predetermined distance before it reaches the entry side of the outlet. - a housing provided with an inlet for supplying the gaseous mixture for filtering and an outlet for discharging the filtered gaseous mixture; - a liquid container arranged in the housing and configured to hold a liquid with a liquid surface therein; and - air displacing means configured to carry the gaseous mixture for filtering via the inlet and substantially along the liquid during use and to discharge the filtered gaseous mixture via the outlet,
Illuminating device for vehicles with at least one lamp and a holder of a reflector receiving the lamp, where the lamp features a base that is fastened in the holder by means of a turn-lock fastener such that it is detachable and features contact tags protruding out of the base in a transverse direction to its longitudinal axis that in its final position after one turn of the base can make contact to contact holders affixed to the reflector that feature a contact connection for electric cables so that at least two contact connections are formed by a plug that, from one direction can be plugged together with the contact tags of the lamp and a holder connected with the reflector and can be locked in its final position to the holder, where the lamp features at least two contact tags protruding outwards radially from the base that are arranged one after the other in the direction in which the lamp is inserted, characterized in that the holder for the plug is formed by a finger-like lug that runs at a right angle to the longitudinal axis of the base and protrudes outwards radially to the longitudinal axis of the base, so that the plug housing features an insert space for each contact connection, where the plug housing features an opening to each of the contact connections in the insert spaces, where the openings run from one end surface of the plug housing all the way into an arched lateral surface of an end section of the plug housing so that the lamp can be replaced once the plug has been pressed onto the holder without having to remove the plug and so that when the base is turned in its final position its contact tags automatically engage into the contact connections.
A set-style yoghurt product comprising a whole fruit preparation and a milk base characterized in that i) the whole fruit preparation consists of particles having average particle size of 300 micrometers in diameter or smaller, (ii) the whole fruit preparation comprises entire edible matters of whole fruit is such that the visual aspect of the final yoghurt product is of a homogeneous mix between the fruit and the milk-part through-out the entire volume of said product, and iii) the product does not contain pieces of fruit having a diameter above 500 micrometers.
A computer-implemented method comprising: determining identification information of a vehicle entering a space within a structure or a building; determining an intended route of the vehicle within the space; determining venue map data corresponding to the intended route, the venue map data indicating one or more safety devices (315, 406) disposed at one or more predefined locations, within the structure or the building, along the intended route; receiving information regarding a current location of the vehicle, the information being detected by the one or more safety devices; repeatedly tracking a current location of the vehicle as the vehicle moves within the space; controlling the one or more safety devices to guide the vehicle to follow the intended route using the venue map data and the tracked location of the vehicle by, in response to determining that the vehicle is in proximity to a first safety device of the one or more safety devices, instructing the first safety device to emit an alert, wherein the first safety device is in front of the vehicle. determining identification information of a vehicle entering a space within a structure or a building; determining an intended route of the vehicle within the space; determining venue map data corresponding to the intended route, the venue map data indicating one or more safety devices (315, 406) disposed at one or more predefined locations, within the structure or the building, along the intended route; receiving information regarding a current location of the vehicle, the information being detected by the one or more safety devices; repeatedly tracking a current location of the vehicle as the vehicle moves within the space; controlling the one or more safety devices to guide the vehicle to follow the intended route using the venue map data and the tracked location of the vehicle by, in response to determining that the vehicle is in proximity to a first safety device of the one or more safety devices, instructing the first safety device to emit an alert, wherein the first safety device is in front of the vehicle.
An implantable electromedical device (1; 1'), comprising: an electronic or electric functional unit (7; 7'); a casing part (3; 3') which accommodates the electronic or electric functional unit (7; 7'); an electrode, arranged on the outside of the casing part, or a lead connection; and a feedthrough (11; 11'), which surrounds an opening of the casing part and accommodates at least one metallic conductor element (13; 13') connecting the electrode or the lead connection to the functional unit and which has a metallic circumferential flange (17; 17'), wherein the feedthrough comprises an insulator main body (15; 15'), around which the circumferential flange and in which the conductor element are directly shrunk in a form-fitting and force-fitting connecting manner, characterised in that the circumferential flange (17; 17') and the conductor element (13; 13') are designed as sintered parts formed of the same material by way of metal injection moulding. an electronic or electric functional unit (7; 7'); a casing part (3; 3') which accommodates the electronic or electric functional unit (7; 7'); an electrode, arranged on the outside of the casing part, or a lead connection; and a feedthrough (11; 11'), which surrounds an opening of the casing part and accommodates at least one metallic conductor element (13; 13') connecting the electrode or the lead connection to the functional unit and which has a metallic circumferential flange (17; 17'), wherein the feedthrough comprises an insulator main body (15; 15'), around which the circumferential flange and in which the conductor element are directly shrunk in a form-fitting and force-fitting connecting manner, characterised in that the circumferential flange (17; 17') and the conductor element (13; 13') are designed as sintered parts formed of the same material by way of metal injection moulding.
Domestic electric ironing appliance comprising a housing containing a steam generator comprising a drain orifice enabling fur to be discharged, a removable plug closing said drain orifice, accessible from outside the housing, and a cover masking said plug, characterised in that the cover is secured to the housing by a hinge, the cover being able to occupy a closed position in which it masks the plug and an open position in which it releases access to the plug.