mhurhangee/ep-ind-claims huggingface dataset:
A communication receiver, comprising: a first client being configured for reception according to the dynamic adaptive streaming over the HTTP, DASH, protocol; a second client being configured for reception according to the File Delivery over Unidirectional Transport, FLUTE, protocol; wherein the first client is configured to receive an enhanced media presentation description, MPD, additionally comprising a retrieve pattern from a remote transmitter, to extract the retrieve pattern from the received MPD, wherein the retrieve pattern comprised in the enhanced MPD comprises a transport object identifier, TOI, range of TOI values, or a prefix of TOI values, or a prefix of transport object URLs, and wherein the TOI range of TOI values, or the prefix of TOI values, or the prefix of transport object URLs, represent segments (106, 107) of a representation of the MPD, and to provide a retrieve pattern of a chosen representation to the second client; wherein the second client is configured to retrieve a media content according to the provided retrieve pattern of said chosen representation, wherein the retrieving the media content according to the retrieve pattern comprises: downloading, by the second client, a set of segments (106, 107) that are described by TOI values that fall into the TOI range; or downloading, by the second client, a set of segments (106, 107) that match the prefix of TOI values, or that match the prefix of transport object URLs indicated in the retrieve pattern provided by the first client. a first client being configured for reception according to the dynamic adaptive streaming over the HTTP, DASH, protocol; a second client being configured for reception according to the File Delivery over Unidirectional Transport, FLUTE, protocol; wherein the first client is configured to receive an enhanced media presentation description, MPD, additionally comprising a retrieve pattern from a remote transmitter, to extract the retrieve pattern from the received MPD, wherein the retrieve pattern comprised in the enhanced MPD comprises a transport object identifier, TOI, range of TOI values, or a prefix of TOI values, or a prefix of transport object URLs, and wherein the TOI range of TOI values, or the prefix of TOI values, or the prefix of transport object URLs, represent segments (106, 107) of a representation of the MPD, and to provide a retrieve pattern of a chosen representation to the second client; wherein the second client is configured to retrieve a media content according to the provided retrieve pattern of said chosen representation, wherein the retrieving the media content according to the retrieve pattern comprises: downloading, by the second client, a set of segments (106, 107) that are described by TOI values that fall into the TOI range; or downloading, by the second client, a set of segments (106, 107) that match the prefix of TOI values, or that match the prefix of transport object URLs indicated in the retrieve pattern provided by the first client.
A hardware acceleration method, comprising: Obtaining, by a compiler, compilation policy information and source code, wherein the compilation policy information indicates that a first code type matches a first processor and a second code type matches a second processor; analyzing, by the compiler, a code segment in the source code according to the compilation policy information, and determining a first code segment belonging to the first code type or a second code segment belonging to the second code type; and compiling, by the compiler, the first code segment into first executable code, and sending the first executable code to the first processor; and compiling the second code segment into second executable code, and sending the second executable code to the second processor wherein if a priority of a process corresponding to the second code segment is higher than a priority of a process corresponding to executable code being executed in the second processor, before the sending the second executable code to the second processor, the method further comprises: if a busy degree of the second processor is higher than a second preset threshold, stopping the executable code being executed in the second processor; and compiling a code segment corresponding to the executable code being executed in the second processor into executable code matching the first processor, and sending the executable code matching the first processor to the first processor. Obtaining, by a compiler, compilation policy information and source code, wherein the compilation policy information indicates that a first code type matches a first processor and a second code type matches a second processor; analyzing, by the compiler, a code segment in the source code according to the compilation policy information, and determining a first code segment belonging to the first code type or a second code segment belonging to the second code type; and compiling, by the compiler, the first code segment into first executable code, and sending the first executable code to the first processor; and compiling the second code segment into second executable code, and sending the second executable code to the second processor wherein if a priority of a process corresponding to the second code segment is higher than a priority of a process corresponding to executable code being executed in the second processor, before the sending the second executable code to the second processor, the method further comprises: if a busy degree of the second processor is higher than a second preset threshold, stopping the executable code being executed in the second processor; and compiling a code segment corresponding to the executable code being executed in the second processor into executable code matching the first processor, and sending the executable code matching the first processor to the first processor.
Method for demolishing an offshore jacket structure wherein from the jacket each time a piece at low level, for example the bottom part, is removed and then the jacket is lowered and subsequently the then piece at a low level, for instance the lower piece, is removed, wherein the method provides the upright on shore demolition of the jacket, being a large spatial, open lattice construction of steel pipes, which has been applied as a jacket resting on the seabed, with which a platform above the sea level was carried, whereby the jacket is removed from the seabed and landed and which jacket comprises at least three or four upright legs of thin-walled steel tube and horizontal and diagonal braces of thin-walled steel tube fixed with the legs for stiffening the legs, so that the loads are carried by tensile and compressive forces in the tubes, with the jacket standing upright on shore, or on the mainland, or not on the water, or on the mainland on a dry surface above the local water level, and being demolished from below, so that work is done on or just above the ground, whereby the bottom part of the jacket is removed and then the remainder of the jacket is lowered and then the bottom piece of the remainder of the jacket is removed and then the remainder of the jacket is lowered, so that the height of the jacket decreases step by step, the lower part being removed at an earlier point in time than a higher part and the highest part being removed last, and during the entire process of demolishing the jacket, or the remainder thereof, is upright.
A counter flow indirect evaporative heat exchanger wherein vertically adjacent counter flow wet and dry passages (14, 12) are, when in use, orientated to be horizontal or near to horizontal, wherein the wet passages are wetted by wetting means which sequentially applies water elongately to the wet passages across the height of the heat exchanger, characterized in that said wetting means includes a water delivery device adapted to travel generally vertically of the heat exchanger for delivering water directly into a small plurality of the total number of wet passages at a time along an air delivery face of the heat exchanger.
A spout assembly comprising: a spout including a cylindrical sidewall, a cylindrical base provided at a lower end of the sidewall and having a larger outer diameter than the sidewall, and a disk-like flange extending outward from a lower end of the base; and a cap having a cylindrical peripheral wall with an internal thread and screwed from an upper end side of the spout sidewall, wherein the spout sidewall has an external thread engaging the internal thread of the cap and a recess located between the external thread and the base, characterized in that the spout sidewall has a projection formed between the external thread and the recess so as to extend circumferentially, and have a height lower than a height of the external thread, and with the cap screwed onto the spout, at least a portion of an upper surface of the base fits an inner side of a peripheral wall of the cap. a spout including a cylindrical sidewall, a cylindrical base provided at a lower end of the sidewall and having a larger outer diameter than the sidewall, and a disk-like flange extending outward from a lower end of the base; and a cylindrical sidewall, a cylindrical base provided at a lower end of the sidewall and having a larger outer diameter than the sidewall, and a disk-like flange extending outward from a lower end of the base; and a cap having a cylindrical peripheral wall with an internal thread and screwed from an upper end side of the spout sidewall, wherein the spout sidewall has an external thread engaging the internal thread of the cap and a recess located between the external thread and the base, characterized in that the spout sidewall has a projection formed between the external thread and the recess so as to extend circumferentially, and have a height lower than a height of the external thread, and with the cap screwed onto the spout, at least a portion of an upper surface of the base fits an inner side of a peripheral wall of the cap.
A method of receiving content in a terminal over MPEG media transport protocol, MMTP, the method comprising steps, performed by the terminal, of: transmitting a domain name system, DNS, query message requesting content-related information to a first server; receiving a DNS response message including the content-related information from the first server; receiving the content from a second server based on the content-related information included in the DNS response message, wherein the content-related information includes: a MMT service, SRV, resource record, RR, related to a location of each server for the content including the second server, an address, A, RR including an internet protocol, IP, address of the each server, and, a text, TXT, RR including information related to an IP address range of each terminal, an identifier of each package in the content, an identifier of each asset included in the package, a starting sequence number of a media processing unit, MPU, of each asset, and an end sequence number of the MPU of the each asset. transmitting a domain name system, DNS, query message requesting content-related information to a first server; receiving a DNS response message including the content-related information from the first server; receiving the content from a second server based on the content-related information included in the DNS response message, wherein the content-related information includes: a MMT service, SRV, resource record, RR, related to a location of each server for the content including the second server, an address, A, RR including an internet protocol, IP, address of the each server, and, a text, TXT, RR including information related to an IP address range of each terminal, an identifier of each package in the content, an identifier of each asset included in the package, a starting sequence number of a media processing unit, MPU, of each asset, and an end sequence number of the MPU of the each asset. a MMT service, SRV, resource record, RR, related to a location of each server for the content including the second server, an address, A, RR including an internet protocol, IP, address of the each server, and, a text, TXT, RR including information related to an IP address range of each terminal, an identifier of each package in the content, an identifier of each asset included in the package, a starting sequence number of a media processing unit, MPU, of each asset, and an end sequence number of the MPU of the each asset.
A process for preparing silicon-carbon composite particles, the process comprising: a. providing a particulate porous carbon; b. subjecting the particulate porous carbon to a vibrating surface to traverse the particulate porous carbon through a heated zone of a reactor; c. providing a silicon-containing gas within the heated zone of a reactor to impregnate silicon within the particulate porous carbon, wherein the silicon-containing gas comprises silane, disilane, trisilane, tetrasilane, monochlorosilane, dichlorosilane, trichlorosilane, tetrachlorosilane, or a combination thereof; and d. discharging the resulting silicon-carbon composite particles from the reactor, wherein the resulting silicon-carbon composite particles are discharged from the reactor while maintaining the resulting silicon-carbon composite particles at the same temperature as the heated zone of the reactor, or at a temperature 0 to 300°C lower than the heated zone of the reactor. a. providing a particulate porous carbon; b. subjecting the particulate porous carbon to a vibrating surface to traverse the particulate porous carbon through a heated zone of a reactor; c. providing a silicon-containing gas within the heated zone of a reactor to impregnate silicon within the particulate porous carbon, wherein the silicon-containing gas comprises silane, disilane, trisilane, tetrasilane, monochlorosilane, dichlorosilane, trichlorosilane, tetrachlorosilane, or a combination thereof; and d. discharging the resulting silicon-carbon composite particles from the reactor, wherein the resulting silicon-carbon composite particles are discharged from the reactor while maintaining the resulting silicon-carbon composite particles at the same temperature as the heated zone of the reactor, or at a temperature 0 to 300°C lower than the heated zone of the reactor.
A force measuring device for the single-axis or multi-axis acquisition of acting forces and moments, comprising a first flange-like part, via which the forces to be measured are introduced, a second flange-like part, via which the introduced forces are absorbed and dissipated, and a deformation zone with a tube-like configuration connecting these two parts, via which all tensile, compressive, torsional and shear forces acting on the first flange-like part are transferred to the second flange-like part, wherein the deformation zone is provided with deformation transducers, wherein a cavity, which is filled with a liquid and disposed behind the deformation zone, is formed in a measuring body formed by the first and second flange-like parts (1, 2) and the deformation zone, wherein the deformation zone is at least partially in planar contact with the liquid, and the liquid is in thermal contact with the two flange-like parts (1, 2), and wherein the force measuring device is configured for dissipating heat away at least from the deformation zone via the liquid, characterized in that the force measuring device has an annular configuration, and that the cavity is formed by a groove-like recess from the inside of the deformation zone, wherein a cylindrical inner wall seals the cavity towards the inside.
A system for assembling a strand of radioactive seeds, comprising: a housing having a plurality of receptacles each being configured to receive a cartridge; a plurality of cartridges, each of said cartridges being configured to be received within one of said receptacles, at least one of said cartridges containing radioactive seeds, at least one of said cartridges containing non-radioactive connectors, and at least one of said cartridges containing non-radioactive spacers; wherein each cartridge may contain one of radioactive seeds, nonradioactive connectors, and non-radioactive spacers; a slidable selector being operable to select one of said cartridges; a track configured to receive a plurality of said radioactive seeds, non-radioactive connectors and non-radioactive spacers; an actuator configured to eject one of a seed, a non-radioactive connector and a spacer from said selected cartridge to said track; and a combiner slidable relative to the housing, the combiner being operable to combine a plurality of seeds, connectors and spacers into a single strand, and wherein each receptacle has a different shape, whereby only one of the plurality of cartridges will fit in any one receptacle. a housing having a plurality of receptacles each being configured to receive a cartridge; a plurality of cartridges, each of said cartridges being configured to be received within one of said receptacles, at least one of said cartridges containing radioactive seeds, at least one of said cartridges containing non-radioactive connectors, and at least one of said cartridges containing non-radioactive spacers; wherein each cartridge may contain one of radioactive seeds, nonradioactive connectors, and non-radioactive spacers; a slidable selector being operable to select one of said cartridges; a track configured to receive a plurality of said radioactive seeds, non-radioactive connectors and non-radioactive spacers; an actuator configured to eject one of a seed, a non-radioactive connector and a spacer from said selected cartridge to said track; and a combiner slidable relative to the housing, the combiner being operable to combine a plurality of seeds, connectors and spacers into a single strand, and wherein each receptacle has a different shape, whereby only one of the plurality of cartridges will fit in any one receptacle.
A process for producing an antibiotic-eluting article for implantation into a mammalian subject, said antibiotic-eluting article produced by a selective laser sintering process wherein a blend of a selected antibiotic composition and selected powdered polymeric granules is fused thereby homogenously distributing and sequestering said antibiotic composition within and throughout the fused polymeric material.
An optical, in particular star-shaped data network comprising: a central data distribution point, which can send data useful signals to a plurality of data receivers, wherein the data receivers are connected with the data distribution point via optical lines, a sender unit for sending optical test signals to a plurality of data receivers via the optical lines, reflector units, each of which is assigned to at least one data receiver for reflecting the test signals, a receiver unit for receiving the reflected test signals, wherein the reflector units each comprise a number of reflectors dependent on varying wavelengths, which are arranged at a defined distance (x) to the sender unit and/or to the receiver unit, wherein the reflector units provided in the optical data network are different from other reflector units provided in the optical data network due to an individual reflection characteristic, wherein the individual reflection characteristic of each reflector unit is determined by the unique combination of wavelength dependency and the differences (wax) in the distances (x) of the associated reflectors relative to each other, characterised in that each reflector unit is different from at least one other reflector unit due to the combination of the wavelength dependency of reflectors and the differences (lax) in the distances (x) of the associated reflectors. a central data distribution point, which can send data useful signals to a plurality of data receivers, wherein the data receivers are connected with the data distribution point via optical lines, a sender unit for sending optical test signals to a plurality of data receivers via the optical lines, reflector units, each of which is assigned to at least one data receiver for reflecting the test signals, a receiver unit for receiving the reflected test signals, wherein the reflector units each comprise a number of reflectors dependent on varying wavelengths, which are arranged at a defined distance (x) to the sender unit and/or to the receiver unit, wherein the reflector units provided in the optical data network are different from other reflector units provided in the optical data network due to an individual reflection characteristic, wherein the individual reflection characteristic of each reflector unit is determined by the unique combination of wavelength dependency and the differences (wax) in the distances (x) of the associated reflectors relative to each other, characterised in that each reflector unit is different from at least one other reflector unit due to the combination of the wavelength dependency of reflectors and the differences (lax) in the distances (x) of the associated reflectors.
A heat exchanger (10, 20), in particular a low-pressure heat exchanger, for the heat exchange between a working fluid on the one hand, in particular an exhaust gas and/or a charge air, and a cooling fluid on the other hand, in particular a coolant, having a working fluid filter (1, 5, 5.1, 5.2), wherein the heat exchanger (10, 20) comprises: - a heat exchanger block for implementing the heat exchange; - at least one connecting line (14.1, 14.2) for the working fluid, wherein, for the purpose of integrating the working fluid filter (1, 5, 5.1, 5.2) in the heat exchanger (10, 20), the working fluid filter (1, 5, 5.1, 5.2) is provided between the heat exchanger block on the one hand and the connecting line (14.1, 14.2) on the other hand, wherein the connecting line (14.1, 14.2) is connected to the heat exchanger block, characterized in that the working fluid filter (1, 5, 5.1, 5.2) comprises a filter surface which is formed with a curved filter face, preferably a spherical cap-shaped filter surface. - a heat exchanger block for implementing the heat exchange; - at least one connecting line (14.1, 14.2) for the working fluid, wherein, for the purpose of integrating the working fluid filter (1, 5, 5.1, 5.2) in the heat exchanger (10, 20), the working fluid filter (1, 5, 5.1, 5.2) is provided between the heat exchanger block on the one hand and the connecting line (14.1, 14.2) on the other hand, wherein the connecting line (14.1, 14.2) is connected to the heat exchanger block, characterized in that the working fluid filter (1, 5, 5.1, 5.2) comprises a filter surface which is formed with a curved filter face, preferably a spherical cap-shaped filter surface.
A method for determining DNA fragmentation of sperm cells in a semen sample, comprising the following steps in the order provided: (a) exposing the cells to a lysis buffer comprising an ionic detergent; (b) exposing the cells to a denaturing solution; (c) staining the cells with a staining solution comprising a metachromatic staining reagent; and (d) determining the extent of DNA fragmentation based on the intensity of the staining of the cells; wherein said method is characterized in that said lysis buffer does not destroy the sperm cell tails. (a) exposing the cells to a lysis buffer comprising an ionic detergent; (b) exposing the cells to a denaturing solution; (c) staining the cells with a staining solution comprising a metachromatic staining reagent; and (d) determining the extent of DNA fragmentation based on the intensity of the staining of the cells;
Process for producing plasticizer, characterized in that high-molecular-weight vulcanized polymer material is converted to a low-molecular-weight phase via direct thermal liquefaction.