mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for transmitting media content in a multimedia system supporting a moving picture experts group, MPEG media transport, MMT, protocol, the apparatus comprising: a processor configured to generate at a delivery function layer , one or more MMT packets based on a media processing unit, MPU, fragmented into one or more media fragment units, MFUs, , each MMT packet including a MMT packet header and a MMT payload ; and a transmitter configured to transmit the one or more MMT packets, wherein payload data included in the MMT payload comprises one of MPU metadata of the MPU or media data element derived from the one or more MFUs , wherein each of the one or more MMT packets comprises a data type field indicating that the respective payload data comprises the MPU metadata of the MPU in case that the MMT payload comprises the MPU metadata or indicating that the respective payload data comprises the media data element derived from the one or more MFUs in case that the MMT payload comprises the media data element, wherein the MPU metadata of the MPU comprises file type information of a file to be transmitted, wherein the data type field is set to a first value indicating that the respective payload data includes the MPU metadata of the MPU if the respective payload data includes the MPU metadata of the MPU, and wherein the data type field is set to a second value indicating that the respective payload data includes the media data element derived from the one or more MFUs if the payload data includes the media data element derived from the one or more MFUs. a processor configured to generate at a delivery function layer , one or more MMT packets based on a media processing unit, MPU, fragmented into one or more media fragment units, MFUs, , each MMT packet including a MMT packet header and a MMT payload ; and a transmitter configured to transmit the one or more MMT packets, wherein payload data included in the MMT payload comprises one of MPU metadata of the MPU or media data element derived from the one or more MFUs , wherein each of the one or more MMT packets comprises a data type field indicating that the respective payload data comprises the MPU metadata of the MPU in case that the MMT payload comprises the MPU metadata or indicating that the respective payload data comprises the media data element derived from the one or more MFUs in case that the MMT payload comprises the media data element, wherein the MPU metadata of the MPU comprises file type information of a file to be transmitted, wherein the data type field is set to a first value indicating that the respective payload data includes the MPU metadata of the MPU if the respective payload data includes the MPU metadata of the MPU, and wherein the data type field is set to a second value indicating that the respective payload data includes the media data element derived from the one or more MFUs if the payload data includes the media data element derived from the one or more MFUs.
A speech recognition system for recognizing speech including overlapping speech by multiple speakers, comprising: a hardware processor ; computer storage memory to store data along with having computer-executable instructions stored thereon that, when executed by the processor is to implement a stored speech recognition network ; an input interface to receive an acoustic signal, the received acoustic signal including a mixture of speech signals by multiple speakers, wherein the multiple speakers include target speakers; an encoder network and a decoder network of the stored speech recognition network are trained to transform the received acoustic signal into a text for each target speaker, such that the encoder network outputs a set of recognition encodings including a recognition encoding for each target speaker, and the decoder network uses the set of recognition encodings to output the text for each target speaker; and an output interface to transmit the text for each target speaker. a hardware processor ; computer storage memory to store data along with having computer-executable instructions stored thereon that, when executed by the processor is to implement a stored speech recognition network ; an input interface to receive an acoustic signal, the received acoustic signal including a mixture of speech signals by multiple speakers, wherein the multiple speakers include target speakers; an encoder network and a decoder network of the stored speech recognition network are trained to transform the received acoustic signal into a text for each target speaker, such that the encoder network outputs a set of recognition encodings including a recognition encoding for each target speaker, and the decoder network uses the set of recognition encodings to output the text for each target speaker; and an output interface to transmit the text for each target speaker.
Osmotic distillation process for concentrating an aqueous liquid containing sodium chloride, where the liquid has a concentration of up to 20% by weight of sodium chloride, preferably from 2 to 18% by weight of sodium chloride, which comprises at least the following steps, a) optionally prepurification of the liquid to remove organic secondary constituents, in particular down to a total content of the organic secondary constituents of 20 ppm, b) introduction of the purified liquid into a first zone as evaporation zone which is separated from a diffusion zone adjoining this first zone by a hydrophobic first membrane which is permeable to water vapor, c) diffusion of water vapor from the liquid containing sodium chloride through the membrane into the diffusion zone , d) further diffusion of water vapor from the diffusion zone through a second hydrophobic membrane which is permeable to water vapor into a stripping zone adjoining the diffusion zone and absorption of the water vapor in a draw solution which is continuously replaced in the stripping zone . a) optionally prepurification of the liquid to remove organic secondary constituents, in particular down to a total content of the organic secondary constituents of 20 ppm, b) introduction of the purified liquid into a first zone as evaporation zone which is separated from a diffusion zone adjoining this first zone by a hydrophobic first membrane which is permeable to water vapor, c) diffusion of water vapor from the liquid containing sodium chloride through the membrane into the diffusion zone , d) further diffusion of water vapor from the diffusion zone through a second hydrophobic membrane which is permeable to water vapor into a stripping zone adjoining the diffusion zone and absorption of the water vapor in a draw solution which is continuously replaced in the stripping zone .
A device for sensing the belt tensioning force of a belt strap , in particular a tension belt for securing the load on vehicles, comprising a housing with a lower part and an upper part situated opposite one another, wherein the housing further has a belt entry side and a belt exit side for passing the belt strap through the housing , wherein two support regions for the belt strap are formed on the upper or lower part , wherein at least one displacement element movable transversely to the longitudinal direction of the belt strap is arranged on the lower or upper part opposite the two support regions , which element is operatively connected to at least one sensor element in order to detect the belt tensioning force of the belt strap as a result of a deflection of the displacement element initiated by the belt tensioning force of the belt strap , and wherein a battery module is provided in order to supply an evaluation and transmitting unit with electrical energy, characterized in that the battery module is arranged in a battery compartment of the housing , wherein the battery compartment has an opening for receiving the battery module , wherein the opening of the battery compartment is oriented towards the belt strap . wherein two support regions for the belt strap are formed on the upper or lower part , wherein at least one displacement element movable transversely to the longitudinal direction of the belt strap is arranged on the lower or upper part opposite the two support regions , which element is operatively connected to at least one sensor element in order to detect the belt tensioning force of the belt strap as a result of a deflection of the displacement element initiated by the belt tensioning force of the belt strap , and wherein a battery module is provided in order to supply an evaluation and transmitting unit with electrical energy, characterized in that the battery module is arranged in a battery compartment of the housing , wherein the battery compartment has an opening for receiving the battery module , wherein the opening of the battery compartment is oriented towards the belt strap .
A privacy shell for a passenger seat assembly comprising a modular seat body having a backrest and a headrest on the backrest , said privacy shell comprising a first side panel ; a second side panel distal from the first side panel ; and a back panel extending between the first side panel and the second side panel , the privacy shell being configured to be removably mounted to the headrest on the backrest such that at least a portion of the privacy shell extends in a forward direction relative to a forward-facing surface of the backrest of the modular seat body . said privacy shell comprising a first side panel ; a second side panel distal from the first side panel ; and a back panel extending between the first side panel and the second side panel , the privacy shell being configured to be removably mounted to the headrest on the backrest such that at least a portion of the privacy shell extends in a forward direction relative to a forward-facing surface of the backrest of the modular seat body .
A glucose oxidase CnGODA comprising the amino acid sequence of SEQ ID NO. 1 or SEQ ID NO. 2.
A foldable mobile three-lead cardiac monitoring electrode device for recording, processing and transmitting three ECG leads, comprising: a casing with two parts connected by a pivotal join; two integrated electrodes for acquiring signals from the patient's chest consisting of a first chest electrode placed in the first part of the casing and a second chest electrode placed in the second part of the casing; and two electrodes for acquiring signals from the patient's hands consisting of two finger electrodes placed in the first part of the casing; characterised in that the first chest electrode is placed on the inner side of the first part of the casing ; the second chest electrode is placed on the inner side of the second part of the casing ; and the two finger electrodes are mounted on the outer sides of the first part of the casing to enable contact with left and right hand fingers. a casing with two parts connected by a pivotal join; two integrated electrodes for acquiring signals from the patient's chest consisting of a first chest electrode placed in the first part of the casing and a second chest electrode placed in the second part of the casing; and two electrodes for acquiring signals from the patient's hands consisting of two finger electrodes placed in the first part of the casing; characterised in that the first chest electrode is placed on the inner side of the first part of the casing ; the second chest electrode is placed on the inner side of the second part of the casing ; and the two finger electrodes are mounted on the outer sides of the first part of the casing to enable contact with left and right hand fingers.
A composition comprising a supernatant of a fermented culture of the probiotic bacterium Lactobacillus paracasei CBA L74, International Depository Accession Number LMG P-24778, wherein all or substantially all of the Lactobacillus paracasei CBA L74 cells have been removed from the supernatant, wherein the supernatant comprises one or more sub-cellular bacterial components from Lactobacillus paracasei CBA L74..
A system for quick cooking of non-precooked dry pasta comprising: a heating device to pre-heat the pasta cooking water; a cooking chamber , which is configured to cook the pasta in the cooking water; the cooking chamber is provided with a supply opening to supply the non-precooked dry pasta, a supply opening to supply the pre-heated cooking water from the heating device and a discharge opening to discharge the cooking water and the cooked pasta at the end of each cooking cycle; a draining unit , which is arranged downstream of the cooking chamber and is configured to receive the cooking water and the cooked pasta supplied through the discharge opening at the end of the cooking cycle; and a water vapour generating device ; the system is characterised in that the water vapour generating device comprises two or more water vapour supply openings made in the cooking chamber , so as to heat the cooking water, establish a forced circulation of the cooking water in the cooking chamber and stir the pasta. a heating device to pre-heat the pasta cooking water; a cooking chamber , which is configured to cook the pasta in the cooking water; the cooking chamber is provided with a supply opening to supply the non-precooked dry pasta, a supply opening to supply the pre-heated cooking water from the heating device and a discharge opening to discharge the cooking water and the cooked pasta at the end of each cooking cycle; a draining unit , which is arranged downstream of the cooking chamber and is configured to receive the cooking water and the cooked pasta supplied through the discharge opening at the end of the cooking cycle; and a water vapour generating device ; the system is characterised in that the water vapour generating device comprises two or more water vapour supply openings made in the cooking chamber , so as to heat the cooking water, establish a forced circulation of the cooking water in the cooking chamber and stir the pasta.
A wave energy converter (100; 200), comprising a buoyant body (101; 201), an acceleration tube (102; 202) suspended from and attached to the buoyant body (101; 201) and having an upper end adjacent to the buoyant body and a lower end at a distance from the buoyant body, wherein a portion of the acceleration tube (102; 202) defines a working cylinder (103; 203) between the upper end and the lower end, upper and lower openings in the acceleration tube (102; 202) for allowing a substantially unimpeded flow of water between the working cylinder (103; 203) and a body of water in which the acceleration tube (102; 202) is at least partially submerged when the wave energy converter operates as a result of wave movements, a working piston (105; 205) reciprocable in the working cylinder (103; 203), an energy conversion assembly comprising at least one energy collecting device (107; 207) collecting energy from the movements of the working piston (105; 205) relative to the buoyant body (101; 201) resulting from said wave movements, and a mooring system adapted to maintain the wave energy converter within a desired anchoring area and comprising at least one fastening device mounted on the wave energy converter for attachment of a mooring line to the wave energy converter , characterized in that the energy collecting device (107; 207) comprises a hydraulic pump in the form of a hydraulic cylinder (112; 212) having a jacket and an internal pump piston (113; 213) connected to at least one piston rod (114, 115; 215, 220), which forms a mechanical connection between the buoyant body (101; 201) and the working piston (105; 205) in the working cylinder (103; 203), that at least one float body (116; 216) having a buoyancy in the body of water where the wave energy converter (100; 200) operates is connected to the working piston (105; 205), and that the buoyancy of the float body (116; 216) is adapted to maintain the working piston (105; 205) in a desired vertical operating range in the working cylinder (103; 203) when the wave energy converter (100; 200) operates.
A mass spectrometry device comprising: a sample stage on which a thin film-like sample subjected to imaging mass spectrometry is placed and on which a sample support having a substrate , in which a plurality of through-holes (S) passing from one surface thereof to the other surface thereof are provided, and a conductive layer , which is formed of a conductive material and covers at least a portion of the one surface which is not provided with the through-holes (S), is placed such that the other surface faces the sample ; a laser beam application unit configured to control application of a laser beam (L) such that the laser beam (L) is applied to an imaging target region (R1) on the one surface , the imaging target region (R1) being a portion or all of an effective region (R) of the sample support which functions as a region for moving the sample from the other surface to the one surface due to a capillary phenomenon, and being a region that overlaps the sample when viewed in a thickness direction of the substrate ; a detection unit configured to detect the sample ionized by the application of the laser beam (L) in a state where a positional relation of the sample in the imaging target region (R1) is maintained; and an image formation optical system configured to form an image of the ionized sample on the detection unit in the state where the positional relation of the sample in the imaging target region (R1) is maintained. a sample stage on which a thin film-like sample subjected to imaging mass spectrometry is placed and on which a sample support having a substrate , in which a plurality of through-holes (S) passing from one surface thereof to the other surface thereof are provided, and a conductive layer , which is formed of a conductive material and covers at least a portion of the one surface which is not provided with the through-holes (S), is placed such that the other surface faces the sample ; a laser beam application unit configured to control application of a laser beam (L) such that the laser beam (L) is applied to an imaging target region (R1) on the one surface , the imaging target region (R1) being a portion or all of an effective region (R) of the sample support which functions as a region for moving the sample from the other surface to the one surface due to a capillary phenomenon, and being a region that overlaps the sample when viewed in a thickness direction of the substrate ; a detection unit configured to detect the sample ionized by the application of the laser beam (L) in a state where a positional relation of the sample in the imaging target region (R1) is maintained; and an image formation optical system configured to form an image of the ionized sample on the detection unit in the state where the positional relation of the sample in the imaging target region (R1) is maintained.
Method for producing a casting (G1, G2) provided with readable information (IG1, IG2), comprising the following production steps: a) providing an identification element , - which on one side has an information surface provided with information (I1, 12) and - on another side has a casting surface which is assigned to the casting (G1, G2) and on which information (I1, 12) is also present; b) arranging the identification element in a casting mould which defines a mould cavity shaping the casting (G1, G2) to be cast, wherein the identification element is arranged in such a way on a casting mould surface assigned to the mould cavity that the information surface is covered with respect to the mould cavity , while the casting surface of the identification element is assigned to the mould cavity such that it is exposed; c) pouring a metal melt (M) into the casting mould wetting the casting surface of the identification element with metal melt (M); d) solidification of the metal melt (M) to form the casting (G1, G2), wherein during casting or solidification a firmly bonded, form-fit or force-fit connection of the identification element to the casting (G1, G2) is produced and the information (I1, I2) present on the casting surface is reproduced in the manner of a stamp on the assigned surface of the casting (G1, G2) during casting or solidification of the metal melt (M); e) removing the casting (G1, G2) from the casting mould ; f) fettling the casting (G1, G2). a) providing an identification element , - which on one side has an information surface provided with information (I1, 12) and - on another side has a casting surface which is assigned to the casting (G1, G2) and on which information (I1, 12) is also present; - which on one side has an information surface provided with information (I1, 12) and - on another side has a casting surface which is assigned to the casting (G1, G2) and on which information (I1, 12) is also present; b) arranging the identification element in a casting mould which defines a mould cavity shaping the casting (G1, G2) to be cast, wherein the identification element is arranged in such a way on a casting mould surface assigned to the mould cavity that the information surface is covered with respect to the mould cavity , while the casting surface of the identification element is assigned to the mould cavity such that it is exposed; c) pouring a metal melt (M) into the casting mould wetting the casting surface of the identification element with metal melt (M); d) solidification of the metal melt (M) to form the casting (G1, G2), wherein during casting or solidification a firmly bonded, form-fit or force-fit connection of the identification element to the casting (G1, G2) is produced and the information (I1, I2) present on the casting surface is reproduced in the manner of a stamp on the assigned surface of the casting (G1, G2) during casting or solidification of the metal melt (M); e) removing the casting (G1, G2) from the casting mould ; f) fettling the casting (G1, G2).