mhurhangee/ep-ind-claims huggingface dataset:
A RAID controller configured to control one of a plurality of data storage clusters configured to store a plurality of data symbols in a plurality of data storage devices, wherein the RAID controller is configured to determine from a configuration matrix which data storage devices from the plurality of data storage devices are assigned to said one of the plurality of data storage clusters, the RAID controller comprising: a calculator configured to compute a first intermediate checksum of the data symbols stored in said one of the plurality of data storage clusters and to compute a complete checksum based on the computed first intermediate checksum and further intermediate checksums; wherein the RAID controller is further configured to distribute the first intermediate checksum via a communication fabric and to receive the further checksums via the communication fabric, wherein each of the further intermediate checksums corresponds to one of the plurality of data storage clusters, and wherein the RAID controller is further configured to store the calculated complete checksum in at least one of the plurality of storage devices. a calculator configured to compute a first intermediate checksum of the data symbols stored in said one of the plurality of data storage clusters and to compute a complete checksum based on the computed first intermediate checksum and further intermediate checksums; wherein the RAID controller is further configured to distribute the first intermediate checksum via a communication fabric and to receive the further checksums via the communication fabric, wherein each of the further intermediate checksums corresponds to one of the plurality of data storage clusters, and wherein the RAID controller is further configured to store the calculated complete checksum in at least one of the plurality of storage devices.
An information processing device, comprising a data converting unit configured to execute format conversion from an MPEG-2TS format to an MP4 format, wherein the data converting unit includes a data analysis unit configured to sort out TS packets storing video data from MPEG-2TS format data, and a video data converting unit configured to execute processing of selecting a TS packet having a start code at a top region of a payload on the basis of header information of the TS packets sorted out in the data analysis unit, extracting configuration data other than the start code, and setting the configuration data as configuration data of MP4 format data; wherein the video data converting unit is configured to determine, on the basis of a value of a transport priority set in a header of the TS packet, whether or not the TS packet is a TS packet in which a start code is set in a top region of a payload; wherein in a case of a TS packet in which a start code is set in a top region of a payload, the video data converting unit extracts configuration data subsequent to the start code, in a case of a TS packet in which a start code is not set in a top region of a payload, the video data converting unit extracts configuration data from the top region of the payload, and the video data converting unit is configured to set the extracted configuration data as the configuration data of the MP4 format data; wherein the video data converting unit is configured to execute processing of extracting a NAL unit that is the payload configuration data other than the start code in the payload of the TS packet and setting the NAL unit as the configuration data of the MP4 format data; and wherein the video data converting unit is configured to extract a NAL unit that is the configuration data other than the start code in the payload of the TS packet and stores the extracted NAL unit at a position subsequent to a length information setting section of the MP4 format data. in a case of a TS packet in which a start code is set in a top region of a payload, the video data converting unit extracts configuration data subsequent to the start code, in a case of a TS packet in which a start code is not set in a top region of a payload, the video data converting unit extracts configuration data from the top region of the payload, and the video data converting unit is configured to set the extracted configuration data as the configuration data of the MP4 format data;
A scale having a housing and one or more adjustable feet, wherein the housing has a respective mount into which the respective adjustable foot is inserted, wherein the respective adjustable foot can be introduced into the respective mount from below; wherein the adjustable foot has a foot piece which is supported in the mount in a rotationally fixed and axially movable manner and has an adjustable spindle which is connected to the housing in an axially fixed and rotationally movable manner; and wherein the adjustable spindle has a threaded section at its lower end with which the adjustable spindle engages into a counter-thread formed in the foot piece, wherein a rotational movement of the adjustable spindle effects a longitudinal movement of the foot piece relative to the adjustable spindle, characterized in that the adjustable spindle has a snap-in connection section at its upper end which engages an undercut formed in the respective mount while forming a snap-in connection. wherein the housing has a respective mount into which the respective adjustable foot is inserted, wherein the respective adjustable foot can be introduced into the respective mount from below; wherein the adjustable foot has a foot piece which is supported in the mount in a rotationally fixed and axially movable manner and has an adjustable spindle which is connected to the housing in an axially fixed and rotationally movable manner; and wherein the adjustable spindle has a threaded section at its lower end with which the adjustable spindle engages into a counter-thread formed in the foot piece, wherein a rotational movement of the adjustable spindle effects a longitudinal movement of the foot piece relative to the adjustable spindle, characterized in that the adjustable spindle has a snap-in connection section at its upper end which engages an undercut formed in the respective mount while forming a snap-in connection.
Method for ascertaining a signal quality of a radio link between a radio base station and at least one radio subscriber station, in which - the radio base station periodically sends first datagrams about an availability of signal parameters measured at the radio base station, - the radio subscriber station, after initiation of an ascertainment of the signal quality of the radio link between the radio base station and the radio subscriber station and on reception of a first datagram, transmits a second datagram with a request for measurement of signal parameters to the radio base station, the second datagram comprising at least one statement about a period for the measurement, - the radio base station, on reception of a second datagram, and the radio subscriber station simultaneously perform a capture of respective locally measured signal parameters for the radio link between the radio base station and the radio subscriber station. - the radio base station periodically sends first datagrams about an availability of signal parameters measured at the radio base station, - the radio subscriber station, after initiation of an ascertainment of the signal quality of the radio link between the radio base station and the radio subscriber station and on reception of a first datagram, transmits a second datagram with a request for measurement of signal parameters to the radio base station, the second datagram comprising at least one statement about a period for the measurement, - the radio base station, on reception of a second datagram, and the radio subscriber station simultaneously perform a capture of respective locally measured signal parameters for the radio link between the radio base station and the radio subscriber station.
A high-pressure fuel pump for a common-rail fuel injection system, comprising: a bearing assembly (10; 100); and a rotating drive shaft received in the bearing assembly (10, 100); the bearing assembly comprising: a generally tubular bearing bush (20; 200) made entirely from a PEEK-based material, and defining an inner bearing surface (22; 222); and a housing (40; 400) comprising a generally cylindrical bore (42; 442) for receiving the bush (20; 200); the bush (20; 200) and the housing (40; 400) being arranged concentrically around a bearing axis; and the housing (40; 400) includes cooling means (54, 56, 58; 454) for cooling the bearing assembly (10; 100), in use and wherein, the housing (20, 200) comprises retaining means (46, 48, 50, 52; 446, 448, 450, 452) for constraining movement of the bush (20, 200) relative to the housing (40, 400) along the bearing axis, characterized in that the bush (20; 200) is free to rotate within the housing (40; 400). a bearing assembly (10; 100); and a rotating drive shaft received in the bearing assembly (10, 100); the bearing assembly comprising: a generally tubular bearing bush (20; 200) made entirely from a PEEK-based material, and defining an inner bearing surface (22; 222); and a housing (40; 400) comprising a generally cylindrical bore (42; 442) for receiving the bush (20; 200); the bush (20; 200) and the housing (40; 400) being arranged concentrically around a bearing axis; and the housing (40; 400) includes cooling means (54, 56, 58; 454) for cooling the bearing assembly (10; 100), in use and wherein, the housing (20, 200) comprises retaining means (46, 48, 50, 52; 446, 448, 450, 452) for constraining movement of the bush (20, 200) relative to the housing (40, 400) along the bearing axis, characterized in that the bush (20; 200) is free to rotate within the housing (40; 400). a generally tubular bearing bush (20; 200) made entirely from a PEEK-based material, and defining an inner bearing surface (22; 222); and a housing (40; 400) comprising a generally cylindrical bore (42; 442) for receiving the bush (20; 200); the bush (20; 200) and the housing (40; 400) being arranged concentrically around a bearing axis; and the housing (40; 400) includes cooling means (54, 56, 58; 454) for cooling the bearing assembly (10; 100), in use and wherein, the housing (20, 200) comprises retaining means (46, 48, 50, 52; 446, 448, 450, 452) for constraining movement of the bush (20, 200) relative to the housing (40, 400) along the bearing axis, characterized in that the bush (20; 200) is free to rotate within the housing (40; 400).
Part with a substantially flat form comprising means (210, 220, 4) to form a hinge with another part according to a hinging direction, at least one groove to receive a partition, the groove being oriented perpendicularly to the hinging direction, the hinging means comprising a first set of tenons (210, 220) protruding from a first edge of the part, the tenons (210, 220) being drilled along the hinging axis to receive a pivot pin, and a second set of tenons protruding from a second edge of the part, the second set being symmetrical to the first set in relation to a symmetry plane perpendicular to the plane of the part and at mid-distance from the first and from the second edge or in relation to a symmetry axis perpendicular to the plane of the part and passing via the intersection of the diagonals of the first and second edges, characterised in that it is subdivided into at least two modules hinged according to the hinging direction by the hinging means formed by a rectilinear reduction of the material between the two modules, each module being hollow, the part being made from a synthetic thermoplastic material.
A connection device (3; 37) for connecting a prosthesis structure with an implant structure or a capped tooth, said connection device (3; 37) comprising a holding shell (2; 27) and a retention insert (1; 17; 18; 19), wherein said retention insert (1; 17; 18; 19) has an end side (12; 127; 128; 129) and a substantially ring-shaped retention rim (11; 117; 118; 119) projecting therefrom, and said holding shell (2; 27) has an end side (22; 227) and a substantially ring-shaped holding rim (21; 217) projecting therefrom, wherein said holding rim (21; 217) and said end side (22; 227) of said holding shell (2; 27) form a retainer in which said retention insert (1; 17; 18; 19) can be arranged such that an outer surface (114; 1147; 1148; 1149) of said retention rim (11; 117; 118; 119) of said retention insert (1; 17; 18; 19) is adjacent to an inner surface (212; 2127) of said holding rim (21; 217) of said holding shell (2; 27), wherein said outer surface (114; 1147; 1148; 1149) of said retention rim (11; 117; 118; 119) of said retention insert (1; 17; 18; 19) is at least partly spaced from and adjacent to said inner surface (212; 2127) of said holding rim (21; 217) of said holding shell (2; 27) when said retention insert (1; 17; 18; 19) is arranged in the retainer of said holding shell (2; 27) and when no radial forces are acting on said holding rim (21; 217) of said holding shell (2; 27) and on said retention rim (11; 117; 118; 119) of said retention insert (1; 17; 18; 19).
A tri-axial centrifuge apparatus for testing of petro-physical properties and gathering of geo-mechanical information, the tri-axial centrifuge apparatus comprising: a tri-axial sample holder located within a tri-axial test casing, the tri-axial test casing having a cell body, where the cell body has a bulkhead with an enlarged diameter extending outward to define a circumferential flange, the tri-axial sample holder having a piston assembly oriented to apply an axial force on a test sample; a fluid sample holder, the fluid sample holder having a fluid sample ring and a fluid sample base, the fluid sample base being releasably joined to the circumferential flange so that the fluid sample base is joined to the cell body and the fluid sample ring is maintained in position relative to tri-axial test casing; a test sample fluid line extending from the tri-axial sample holder to a fluid reservoir; a first fluid circulation line extending between the fluid reservoir and an isolation valve; a second fluid circulation line extending between the isolation valve and the tri-axial sample holder; a centrifuge; at least one electrical sensor; at least one acoustic sensor; and an x-ray instrument. a tri-axial sample holder located within a tri-axial test casing, the tri-axial test casing having a cell body, where the cell body has a bulkhead with an enlarged diameter extending outward to define a circumferential flange, the tri-axial sample holder having a piston assembly oriented to apply an axial force on a test sample; a fluid sample holder, the fluid sample holder having a fluid sample ring and a fluid sample base, the fluid sample base being releasably joined to the circumferential flange so that the fluid sample base is joined to the cell body and the fluid sample ring is maintained in position relative to tri-axial test casing; a test sample fluid line extending from the tri-axial sample holder to a fluid reservoir; a first fluid circulation line extending between the fluid reservoir and an isolation valve; a second fluid circulation line extending between the isolation valve and the tri-axial sample holder; a centrifuge; at least one electrical sensor; at least one acoustic sensor; and an x-ray instrument.
An electrochemical oxygen sensor comprising a cathode, an anode, and an electrolyte solution, said electrolyte solution containing a chelating agent characterised in that a material of said anode is tin, and the pH of the electrolyte solution is in a range of 12 to 14.
A profile download method implemented by a user terminal, comprising: obtaining, by the user terminal, local profile assistant indication information from an embedded universal integrated circuit card (eUICC) of the user terminal; selecting, based on the LPA indication information, a second LPA in an eUICC of the user terminal to download a target profile, wherein the user terminal comprises a first LPA and the eUICC comprises the second LPA; obtaining download information for downloading the target profile by the eUICC; and instructing downloading, using the second LPA in the eUICC, the target profile from a download server indicated by the download information. obtaining, by the user terminal, local profile assistant indication information from an embedded universal integrated circuit card (eUICC) of the user terminal; selecting, based on the LPA indication information, a second LPA in an eUICC of the user terminal to download a target profile, wherein the user terminal comprises a first LPA and the eUICC comprises the second LPA; obtaining download information for downloading the target profile by the eUICC; and instructing downloading, using the second LPA in the eUICC, the target profile from a download server indicated by the download information.
A magnetic measurement device for measuring the coercivity of a magnetic sample, wherein said magnetic measurement device is configured such that: a first magnetic field generating part applies a magnetic field in a first direction to said magnetic sample and performs a magnetization to substantial saturation, a second magnetic field generating part applies a magnetic field in a opposite direction opposite to said first direction to said magnetic sample and performs a demagnetization, a measuring part measures the magnetic flux leakage due to the remanent magnetization of said magnetic sample demagnetized by said second magnetic field generating part, and a coercivity determining part controls the actions of said first magnetic field generating part, said second magnetic field generating part and said measuring part, obtains the magnetic flux leakages when the magnitude of the magnetic field in said opposite direction is changed sequentially, and outputs the coercivity of said magnetic sample on the base of the magnitude of the magnetic field when said magnetic flux leakage reaches the maximum level, characterized in that the device is configured such that only a micro-region of the sample is measured and the measuring part measures the magnetic flux leakage without a magnetic field being applied to the measuring part. a first magnetic field generating part applies a magnetic field in a first direction to said magnetic sample and performs a magnetization to substantial saturation, a second magnetic field generating part applies a magnetic field in a opposite direction opposite to said first direction to said magnetic sample and performs a demagnetization, a measuring part measures the magnetic flux leakage due to the remanent magnetization of said magnetic sample demagnetized by said second magnetic field generating part, and a coercivity determining part controls the actions of said first magnetic field generating part, said second magnetic field generating part and said measuring part, obtains the magnetic flux leakages when the magnitude of the magnetic field in said opposite direction is changed sequentially, and outputs the coercivity of said magnetic sample on the base of the magnitude of the magnetic field when said magnetic flux leakage reaches the maximum level, characterized in that the device is configured such that only a micro-region of the sample is measured and the measuring part measures the magnetic flux leakage without a magnetic field being applied to the measuring part.
Use of a catalyst comprising: at least one metal element selected from the group consisting of cobalt, iron, nickel and molybdenum; an alkali metal, an alkaline earth metal or a rare earth element; and at least one metal oxide selected from the group consisting of zirconia, ceria, lanthanum oxide, calcium oxide, barium oxide and strontium oxide for producing hydrogen from a gas containing ammonia and oxygen. at least one metal element selected from the group consisting of cobalt, iron, nickel and molybdenum; an alkali metal, an alkaline earth metal or a rare earth element; and at least one metal oxide selected from the group consisting of zirconia, ceria, lanthanum oxide, calcium oxide, barium oxide and strontium oxide for producing hydrogen from a gas containing ammonia and oxygen.
An electronic device configured to transmit a content item comprising first data and second data, the device comprising: a first encoder configured to encode the first data; an encryptor configured to encrypt the first data encoded by the first encoder, by using an encryption system corresponding to a first copyright protection system involving encryption of data to be copyright-protected; a second encoder configured to encode the second data; a multiplexer configured to generate multiplexed data comprising the first data encrypted by the encryptor and the second data encoded by the second encoder, the multiplexer being configured to insert first information in the multiplexed data when copyright protection is required for the first data and the second data, the first information being specified by the first copyright protection system, the first information being provided as information for indicating that copyright protection is required for the first data to which the first copyright protection system is applied and for indicating that copyright protection is required for the second data to which a second copyright protection system involving no encryption of data to be copyright-protected is applied; and a content transmitter (A3-A11, B1-B7, C1-C2) configured to output the multiplexed data generated by the multiplexer to a transmission path, wherein: the first data comprises video data; and the second data comprises audio data. a first encoder configured to encode the first data; an encryptor configured to encrypt the first data encoded by the first encoder, by using an encryption system corresponding to a first copyright protection system involving encryption of data to be copyright-protected; a second encoder configured to encode the second data; a multiplexer configured to generate multiplexed data comprising the first data encrypted by the encryptor and the second data encoded by the second encoder, the multiplexer being configured to insert first information in the multiplexed data when copyright protection is required for the first data and the second data, the first information being specified by the first copyright protection system, the first information being provided as information for indicating that copyright protection is required for the first data to which the first copyright protection system is applied and for indicating that copyright protection is required for the second data to which a second copyright protection system involving no encryption of data to be copyright-protected is applied; and a content transmitter (A3-A11, B1-B7, C1-C2) configured to output the multiplexed data generated by the multiplexer to a transmission path, wherein: the first data comprises video data; and the second data comprises audio data. the first data comprises video data; and the second data comprises audio data.
A dispersion of metal fine particles, comprising hydroxyacetone and propylene glycol, in which a cumulant average particle size of the metal fine particles is not less than 0.01 μm and not more than 0.1 μm as measured according to the description, wherein a concentration of the metal in the dispersion is not less than 2% by mass and not more than 85% by mass, and wherein the metal constituting the metal fine particles is at least one metal selected from the group consisting of gold, silver, and copper. wherein a concentration of the metal in the dispersion is not less than 2% by mass and not more than 85% by mass, and wherein the metal constituting the metal fine particles is at least one metal selected from the group consisting of gold, silver, and copper.