mhurhangee/ep-ind-claims huggingface dataset:
Method for the treatment of a gas stream containing hydrogen sulfide, in particular for the treatment of a natural gas stream, in which, - before the combustion of the gas stream, hydrogen sulfide is separated out of the gas stream in a first absorber (3, 53) by means of an absorption medium (5, 55), - the treated gas stream purified of hydrogen sulfide is burnt in a combustion apparatus (9, 59), - carbon dioxide contained in the exhaust gas of the burnt gas stream is separated in a second absorber (17, 65) by means of an absorption medium (5, 55), and - the separated hydrogen sulfide and the separated carbon dioxide are separated from the absorption medium (5, 55) in at least one desorber (27, 77, 81) for the regeneration of the absorption medium (5, 55), wherein the same absorption medium (5, 55) is used for separating the hydrogen sulfide out of the gas stream and for separating the carbon dioxide out of the exhaust gas, the absorption medium containing carbon dioxide flowing out of the second absorber (17, 65) via a discharge line (21, 71) of the second absorber (17, 65) directly into a delivery line (19, 69) of the first absorber (3, 53). - before the combustion of the gas stream, hydrogen sulfide is separated out of the gas stream in a first absorber (3, 53) by means of an absorption medium (5, 55), - the treated gas stream purified of hydrogen sulfide is burnt in a combustion apparatus (9, 59), - carbon dioxide contained in the exhaust gas of the burnt gas stream is separated in a second absorber (17, 65) by means of an absorption medium (5, 55), and - the separated hydrogen sulfide and the separated carbon dioxide are separated from the absorption medium (5, 55) in at least one desorber (27, 77, 81) for the regeneration of the absorption medium (5, 55),
A shoe comprising an upper composed of a fiber sheet, the fiber sheet comprising: an inner layer composed of a base sheet comprising yarns having heat shrinkability; and an outer layer composed of an aggregate of a plurality of chip members, each of which is a sheet having an area smaller than that of the base sheet and has a side or a diameter in the range of 10 mm to 50 mm, the base sheet and the plurality of chip members being joined together, wherein the base sheet is composed of a woven fabric having inner gaps, or a knitted fabric having inner gaps. an inner layer composed of a base sheet comprising yarns having heat shrinkability; and an outer layer composed of an aggregate of a plurality of chip members, each of which is a sheet having an area smaller than that of the base sheet and has a side or a diameter in the range of 10 mm to 50 mm, the base sheet and the plurality of chip members being joined together, wherein the base sheet is composed of a woven fabric having inner gaps, or a knitted fabric having inner gaps.
An underneath type railway freight car bogie wheelset radial device, consisting of front and rear subframes and two cross-arranged connecting rods that are pinned by round pin connectors, wherein each of the front and rear subframes is a combination structure of an adapter and a lateral arm; the connecting rods are configured to be arranged under a bolster to form the underneath bogie wheelset radial structure; wherein: the adapter consists of an adapter surface forming an arc-shaped adapter structure and an adapter connecting arm integrated with the adapter surface structure and vertically arranged at one end of the adapter surface; the height of the central plane of the connecting rod is lower than the height of the central plane of the adapter surface; the adapter connecting arm is provided with multiple groups of adapter connecting holes and an adapter locking hole located at the center of the adapter connection arm; a vertically structured lateral arm flange is provided at each end of the lateral arm, and the lateral arm flange is provided with multiple groups of lateral arm connecting holes corresponding to the adapter connecting holes and a lateral arm bolt located at the center; the subframe is formed by fixing the connecting holes of the adapter and the connecting holes of the lateral arm with the rivet assembly, and locking the lateral arm bolt passing through the locking hole of the adapter with a lock pin.
A synchronization signal block information processing method, applied in shared spectrum channel access, the method comprising: obtaining, by a terminal device, an identifier of each of multiple synchronization signal, SS, /physical broadcast channel, PBCH, blocks, SSBs, wherein the identifier of each of the SSBs is determined in accordance with demodulation reference signal, DMRS, sequences of physical broadcast channels, PBCHs, of each of the SSBs, and the identifier of each of the SSBs is used for indicating a transmission position of each of the SSBs within a set period of time; obtaining, by the terminal device, first indication information, wherein the first indication information is used for indicating a first quantity and comprises a numerical value n, and the first quantity is obtained by rounding up a number of SSBs sent by a network device within the set period of time up to nth power of 2, wherein n is an integer greater than or equal to 0; and determining, by the terminal device, a first SSB in the multiple SSBs and a second SSB in the multiple SSBs are quasi-co-located, QCL, in accordance with an identifier of the first SSB, an identifier of the second SSB and the first quantity. obtaining, by a terminal device, an identifier of each of multiple synchronization signal, SS, /physical broadcast channel, PBCH, blocks, SSBs, wherein the identifier of each of the SSBs is determined in accordance with demodulation reference signal, DMRS, sequences of physical broadcast channels, PBCHs, of each of the SSBs, and the identifier of each of the SSBs is used for indicating a transmission position of each of the SSBs within a set period of time; obtaining, by the terminal device, first indication information, wherein the first indication information is used for indicating a first quantity and comprises a numerical value n, and the first quantity is obtained by rounding up a number of SSBs sent by a network device within the set period of time up to nth power of 2, wherein n is an integer greater than or equal to 0; and determining, by the terminal device, a first SSB in the multiple SSBs and a second SSB in the multiple SSBs are quasi-co-located, QCL, in accordance with an identifier of the first SSB, an identifier of the second SSB and the first quantity.
A method operational on a master device, comprising: Providing a clock signal on a clock line, SCL line of a bus, wherein the clock signal controls data transmissions on a data line, SDA line of the bus; Generating a receive clock from transitions on the SCL line when a slave device is transmitting data on the SDA line; calibrating a delay based on a duration of time measured between an edge of the clock signal provided on the SCL line and at least one transition produced on the SDA line by the slave device in response to the edge of the clock signal; providing an SDA clock by adding the delay to the receive clock; and receiving data from the SDA line using the SDA clock; and characterized in that: the SCL line is a serial clock line, and the bus is a serial bus, and the SDA line is a serial data line, wherein in at least one time period the clock signal provided on the SCL line controls double data rate transmissions on the SDA line. Providing a clock signal on a clock line, SCL line of a bus, wherein the clock signal controls data transmissions on a data line, SDA line of the bus; Generating a receive clock from transitions on the SCL line when a slave device is transmitting data on the SDA line; calibrating a delay based on a duration of time measured between an edge of the clock signal provided on the SCL line and at least one transition produced on the SDA line by the slave device in response to the edge of the clock signal; providing an SDA clock by adding the delay to the receive clock; and receiving data from the SDA line using the SDA clock; and characterized in that: the SCL line is a serial clock line, and the bus is a serial bus, and the SDA line is a serial data line, wherein in at least one time period the clock signal provided on the SCL line controls double data rate transmissions on the SDA line. the SCL line is a serial clock line, and the bus is a serial bus, and the SDA line is a serial data line, wherein in at least one time period the clock signal provided on the SCL line controls double data rate transmissions on the SDA line.
A connection, in particular a pipe connection, comprising: - a connection body having an end face and at least one projecting periphery arranged on the end face and a retaining region located axially downstream thereof, wherein the projecting periphery is designed in the form of an annular flange; - a union nut pushed over the connection body having an annular depression in a region located opposite the retaining region of the connection body, wherein the internal diameter of the union nut is slightly larger than the external diameter of the projecting periphery, so that the union nut can be pushed on to the connection body via the end face; and - a retaining ring arranged in the annular depression between the connection body and the union nut, which secures the union nut in a rotatable manner on the connection body, characterized in that - the connection body is produced from a plastics material; and - the union nut has an internal chamfer in the region of a rear side of the union nut, wherein, when the retaining ring is pressed into the depression axially from the rear side of the union nut located opposite the end face of the connection body, the retaining ring can be compressed by means of the chamfer. - a connection body having an end face and at least one projecting periphery arranged on the end face and a retaining region located axially downstream thereof, wherein the projecting periphery is designed in the form of an annular flange; - a union nut pushed over the connection body having an annular depression in a region located opposite the retaining region of the connection body, wherein the internal diameter of the union nut is slightly larger than the external diameter of the projecting periphery, so that the union nut can be pushed on to the connection body via the end face; and - a retaining ring arranged in the annular depression between the connection body and the union nut, which secures the union nut in a rotatable manner on the connection body, - the connection body is produced from a plastics material; and - the union nut has an internal chamfer in the region of a rear side of the union nut, wherein, when the retaining ring is pressed into the depression axially from the rear side of the union nut located opposite the end face of the connection body, the retaining ring can be compressed by means of the chamfer.
A composition comprising a mixture comprising: (i) at least one p-type material, (ii) at least one n-type material, wherein the n-type material comprises a fullerene derivative represented by: F*- n and solvates, salts, and mixtures thereof, wherein n is at least one, F* comprises a fullerene having a surface which comprises six-membered and five-membered rings; and R comprises one optionally substituted, unsaturated or saturated, carbocyclic or heterocyclic first ring, wherein the ring directly bonds to the fullerene, characterized in that R is covalently bonded to the fullerene by [4+2] cycloaddition. (i) at least one p-type material, (ii) at least one n-type material, wherein the n-type material comprises a fullerene derivative represented by: F*- n and solvates, salts, and mixtures thereof, wherein n is at least one, F* comprises a fullerene having a surface which comprises six-membered and five-membered rings; and R comprises one optionally substituted, unsaturated or saturated, carbocyclic or heterocyclic first ring, wherein the ring directly bonds to the fullerene, F* comprises a fullerene having a surface which comprises six-membered and five-membered rings; and R comprises one optionally substituted, unsaturated or saturated, carbocyclic or heterocyclic first ring, wherein the ring directly bonds to the fullerene,
A container for receiving a liquid, comprising: - a hollow body with a lid, with a bottom and with an inner walling in a single material, with which the liquid is compatible, and - an elastomer septum, which is firmly bound to the hollow body at its lid or bottom, characterized in that the container further has a predetermined breakage point which may be pierced with the tip of a hollow needle, provided at the hollow body, which is formed with a thinned walling spot in the lid or in the bottom, wherein the elastomer septum covers the predetermined breakage point and has sufficient thickness for guiding and stabilizing the hollow needle to pierce through the predetermined breakage point as well as sealing the periphery. - a hollow body with a lid, with a bottom and with an inner walling in a single material, with which the liquid is compatible, and - an elastomer septum, which is firmly bound to the hollow body at its lid or bottom,
A cast turbine blade having a blade root and a blade tip, comprising: at least one internal cooling passage (12, 12a-c) that zig-zags or meanders through the blade from an inlet in the blade root to an outlet in the blade tip, the cooling passage having a zone that is remote from the inlet of the cooling passage when its distance from the inlet is measured around the passage, but that is closer to the inlet when its distance from the inlet is measured in a straight line; and a supplementary passage that extends between the remote zone and the inlet through an internal wall of the cooling passage, the supplementary passage being obturated by a metallic plug; characterised in that the supplementary passage is elongate and passes in a straight line from an aperture in an external surface of the base of the blade root, through the blade root, the inlet and the internal wall, to the remote zone, and the metallic plug is also elongate and is substantially co-extensive with the supplementary passage. at least one internal cooling passage (12, 12a-c) that zig-zags or meanders through the blade from an inlet in the blade root to an outlet in the blade tip, the cooling passage having a zone that is remote from the inlet of the cooling passage when its distance from the inlet is measured around the passage, but that is closer to the inlet when its distance from the inlet is measured in a straight line; and a supplementary passage that extends between the remote zone and the inlet through an internal wall of the cooling passage, the supplementary passage being obturated by a metallic plug; characterised in that the supplementary passage is elongate and passes in a straight line from an aperture in an external surface of the base of the blade root, through the blade root, the inlet and the internal wall, to the remote zone, and the metallic plug is also elongate and is substantially co-extensive with the supplementary passage.
Energy harvester comprising a mass that is subjectable to environmental forces for bringing it into the status of a moving mass, and means linked to the mass for converting and storing of energy embodied in the moving mass, which means are arranged for subsequent release of said energy, characterized in that the mass is part of a system comprising a frame and first and second elastic beams connecting the mass to the frame, wherein the first and second elastic beams are provided with opposite stiffnesses so as to arrange that in a predefined range of excursions of the moving mass, said mass experiences a preselected stiffness, wherein the preselected stiffness is a zero stiffness or near zero stiffness to arrange that the mass can be in static equilibrium in the range of excursions or wherein the preselected stiffness is selected at a value that tunes the mass into resonance with a frequency of environmental vibratory forces.
A road safety device (10, 26, 27, 28, 30, 36, 37) comprising a solar powered lighting unit (14, 16) and a retaining member (12, 29, 34) for attaching the road safety device (10, 26, 27, 28, 30, 36, 37) to road furniture selected from a guard rail, road barrier, lamp post or sign bearing pole, characterised in that the retaining member (12, 29, 34) comprises at least one resiliently deformable clip consisting of such material flexible enough to distort when a force is exerted thereon during installation, the material of the at least one clip returning to its original conformation when said force is removed, wherein the clip is located to attach the road safety device to the road furniture and wherein the solar powered lighting unit (14, 16) comprises a solar panel mounted to be directionally adjustable with a flexibly deformable mounting.
A signal processing system for a GNSS digital signal comprising spread-spectrum radiolocalization signals received from radiolocalization satellites, each satellite transmitting a radiolocalization signal modulated by a known modulation code, having a Doppler shift and a code phase shift, the signal processor comprising: at least one sampling stage, reading a carrier-stripped GNSS signal, comprising a programmable oscillator which is programmed to generate a reference timing signal in accord with one predetermined feature of the modulation code of a satellite whose acquisition is intended, accumulation means driven by the programmable oscillator, for generating a number of samples of programmable duration, determined by the reference timing signal, characterized by: one sample buffer and buffer memory, arranged to store the succession of samples produced by the sampling stage, a timing circuit (270, 275) arranged to generate a timestamp code determining the sampling time of at least some of the samples in the buffer memory, wherein the timing circuit (270, 275) is responsive to the programmable oscillator, and the programmable oscillator is operatively arranged to oscillate in accord with the chip rate or with some multiple of the chip rate of the modulation code compensated for Doppler shift and clock drift, and at least one correlator arranged to correlate the samples in the buffer memory with local replicas of the modulation codes to generate a plurality of correlation values, wherein the at least one correlator comprises a separate processor operating asynchronously from the sampling stage, arranged to locate the time position of the samples in the buffer memory based on the time information provided by the timing circuit (270, 275). at least one sampling stage, reading a carrier-stripped GNSS signal, comprising a programmable oscillator which is programmed to generate a reference timing signal in accord with one predetermined feature of the modulation code of a satellite whose acquisition is intended, accumulation means driven by the programmable oscillator, for generating a number of samples of programmable duration, determined by the reference timing signal, one sample buffer and buffer memory, arranged to store the succession of samples produced by the sampling stage, a timing circuit (270, 275) arranged to generate a timestamp code determining the sampling time of at least some of the samples in the buffer memory, wherein the timing circuit (270, 275) is responsive to the programmable oscillator, and the programmable oscillator is operatively arranged to oscillate in accord with the chip rate or with some multiple of the chip rate of the modulation code compensated for Doppler shift and clock drift, and at least one correlator arranged to correlate the samples in the buffer memory with local replicas of the modulation codes to generate a plurality of correlation values, wherein the at least one correlator comprises a separate processor operating asynchronously from the sampling stage, arranged to locate the time position of the samples in the buffer memory based on the time information provided by the timing circuit (270, 275).
Manually operated servo valve for liquids, in particular for flushing a toilet or urinal, comprising a valve housing (1, 2) and a valve seat (1.7) which is arranged between an inlet duct (1.1) and an outlet duct (1.4) and can be closed by a first closing part that is preferably formed by a membrane, and comprising a control chamber which is in communication with the inlet duct (1.1) by means of a control opening (5.2) and, so as to relieve the pressure therein, is connected to a pressure-relief chamber (2.1) by a pilot valve having a second closing part, which pressure-relief chamber is in communication with the outlet duct (1.4) by means of a pressure-relief duct (2.2), the second closing part being coupled to an actuation element which is movably retained on the valve housing and is loaded by a spring, which pretensions the actuation element into a starting position, an adjustment member (15, 17) being retained on the actuation element, by means of which a distance covered by the actuation element can be set and/or the spring can be tensioned, the actuation element being coupled to a motion damper acting against the force of the spring, and the motion damper being designed as a rotary damper, characterised in that the actuation element comprises a toothing (13.3) which extend along a portion of the actuation element and can be brought into engagement with a pinion (14.1) that is rotatably connected to the motion damper by moving the actuation element relative to the valve housing.
Fiber application head for the production of composite material parts by application of bands formed of several continuous fibers arranged side by side, comprising a compaction system comprising several independent compaction rollers (3a, 3b) and compaction cylinders (5a, 5b), and for each fiber, cutting means and rerouting means, - for each fiber, the head comprises a functional module (2a, 2b) including the cutting means and the rerouting means, and a compaction roller (3a, 3b), each functional module is mounted so as to be movable in translation along a compaction direction on a support element of the head, - a compaction cylinder is associated with each functional module for the displacement in translation of the functional module(s), - said head further comprising heating means comprising an independent heating system (6a, 6b) associated with each compaction roller (3a, 3b), said heating system being able to displace together with the functional module associated with said compaction roller. - for each fiber, the head comprises a functional module (2a, 2b) including the cutting means and the rerouting means, and a compaction roller (3a, 3b), each functional module is mounted so as to be movable in translation along a compaction direction on a support element of the head, - a compaction cylinder is associated with each functional module for the displacement in translation of the functional module(s), - said head further comprising heating means comprising an independent heating system (6a, 6b) associated with each compaction roller (3a, 3b), said heating system being able to displace together with the functional module associated with said compaction roller.
A galactooligosaccharide having a degree of polymerisation of 3 or more, which galactooligosaccharide is selected from the group consisting of trisaccharides Gal (β 1-6) - Gal (β 1-4) - Glc, Gal (β 1-3) - Gal (β 1-4) - Glc, tetrasaccharide Gal (β 1-6) - Gal (β 1-6) - Gal (β 1-4) - Glc and pentasaccharide Gal (β 1-6) - Gal (β 1-6) - Gal (β 1-6) - Gal (β 1-4) - Glc for use in prevention of an intestinal inflammatory disorder.
BAG3 receptor-binding molecules for use in the treatment of pancreatic cancer, characterized in that said molecules bind to IFITM-2 protein and are selected from antibodies and/or fragments thereof.