mhurhangee/ep-ind-claims huggingface dataset:
A method for system interworking, comprising: receiving, by a terminal, dual connectivity information transmitted by a first base station in a second system, during an interworking process of handover from a first system to the second system; and establishing, by the terminal, dual connectivity with the first base station and a second base station in the second system based on the dual connectivity information; wherein said first system is a 5th-Generation New Radio, 5G NR, and said second system is a 4th-Generation Evolved Packet System, 4G EPS, characterized in that, the dual connectivity information comprises a first mapping relationship and a second mapping relationship; and the first mapping relationship is a correspondence between EPS bearers and Data Radio Bearers, DRBs, associated with the first base station, and the second mapping relationship is a correspondence between EPS bearers and DRBs associated with the second base station. receiving, by a terminal, dual connectivity information transmitted by a first base station in a second system, during an interworking process of handover from a first system to the second system; and establishing, by the terminal, dual connectivity with the first base station and a second base station in the second system based on the dual connectivity information; wherein said first system is a 5th-Generation New Radio, 5G NR, and said second system is a 4th-Generation Evolved Packet System, 4G EPS, characterized in that, the dual connectivity information comprises a first mapping relationship and a second mapping relationship; and the first mapping relationship is a correspondence between EPS bearers and Data Radio Bearers, DRBs, associated with the first base station, and the second mapping relationship is a correspondence between EPS bearers and DRBs associated with the second base station.
A system (100, 1000) for conveying particulate material, comprising: a conveying pipeline (117, 1017) having an inlet (116, 1016) for receiving a quantity of particulate material and conveying gas, and an outlet (118, 1018); the system being configured to maintain the inlet at a higher pressure of conveying gas than the outlet; a plurality of injector arrangements (121, 221, 321, 421, 1021) along the conveying pipeline, for injecting a continuous flow of conveying gas into the pipeline; and each injector arrangement associated with a pressure differential apparatus (142, 242, 342, 1042) for detecting whether a pressure differential in the pipeline between the said injector arrangement and an adjacent injector arrangement is above or below a threshold value; in use, each injector arrangement operable to increase the flow rate at which conveying gas is injected into the pipeline from an injection flow rate to an increased injection flow rate, when a detected pressure differential a predetermined number of injector arrangements upstream thereof rises above the threshold value. a conveying pipeline (117, 1017) having an inlet (116, 1016) for receiving a quantity of particulate material and conveying gas, and an outlet (118, 1018); the system being configured to maintain the inlet at a higher pressure of conveying gas than the outlet; a plurality of injector arrangements (121, 221, 321, 421, 1021) along the conveying pipeline, for injecting a continuous flow of conveying gas into the pipeline; and each injector arrangement associated with a pressure differential apparatus (142, 242, 342, 1042) for detecting whether a pressure differential in the pipeline between the said injector arrangement and an adjacent injector arrangement is above or below a threshold value; in use, each injector arrangement operable to increase the flow rate at which conveying gas is injected into the pipeline from an injection flow rate to an increased injection flow rate, when a detected pressure differential a predetermined number of injector arrangements upstream thereof rises above the threshold value.
A system for measuring and prompting chest compressions to facilitate the effective administration of cardiopulmonary resuscitation, said system comprising: a hand-held device; a displacement detector carried by the hand-held device for producing a displacement-indicative signal indicative of the displacement of a CPR recipient's chest toward the recipient's spine, wherein said displacement detector comprises an accelerometer producing a measured acceleration signal; a converter comprising an integrator for converting said acceleration signal into a distance value; a signaling mechanism, the signaling mechanism comprising: a comparator for comparing said distance value to a desired range; and an indicator for providing chest compression indication signals directing a chest compression force being applied to the chest and a frequency of compressions to bring and maintain the frequency of compressions within a desired frequency range and to bring and maintain the chest displacements within a desired distance range, the indicator comprising means for providing an audible or visual indication regarding chest compression force and frequency in accordance with whether the value falls within the desired range of distance value. a hand-held device; a displacement detector carried by the hand-held device for producing a displacement-indicative signal indicative of the displacement of a CPR recipient's chest toward the recipient's spine, wherein said displacement detector comprises an accelerometer producing a measured acceleration signal; a converter comprising an integrator for converting said acceleration signal into a distance value; a signaling mechanism, the signaling mechanism comprising: a comparator for comparing said distance value to a desired range; and an indicator for providing chest compression indication signals directing a chest compression force being applied to the chest and a frequency of compressions to bring and maintain the frequency of compressions within a desired frequency range and to bring and maintain the chest displacements within a desired distance range, the indicator comprising means for providing an audible or visual indication regarding chest compression force and frequency in accordance with whether the value falls within the desired range of distance value. a comparator for comparing said distance value to a desired range; and an indicator for providing chest compression indication signals directing a chest compression force being applied to the chest and a frequency of compressions to bring and maintain the frequency of compressions within a desired frequency range and to bring and maintain the chest displacements within a desired distance range, the indicator comprising means for providing an audible or visual indication regarding chest compression force and frequency in accordance with whether the value falls within the desired range of distance value.
An apparatus for physical exercise comprising; a resistance arrangement having at least one resistance means adapted for providing resistance forces in at least a first and a second direction; the apparatus comprising a force transmission assembly through which the resistance forces are operable, at least one actuation means being in operable engagement with the force transmission assembly and being adapted to transfer forces generatable by a user in at least two directions of motion to the at least one resistance means via the force transmission assembly, the resistance forces opposing the user generatable forces, the apparatus comprising a means for operably engaging the resistance means (4, 5) locatable between the resistance means (4, 5) and the force transmission assembly, the force transmission assembly having linkage means for linking to the means for operably engaging the resistance means (4, 5), characterized in that the apparatus comprises a ballast means locatable on the linkage means.
A topically applied composition comprising: at least one frangible capsule having a seamless shell of a thermo-softening material that is solid at room temperature, that will rupture when the composition is rubbed on a skin surface and that melts upon application to the skin; a core cosmetic being a foundation encapsulated by the seamless shell, the core cosmetic having at least one colorant forming a shade that is visible through the shell; and a cosmetically acceptable base containing the frangible capsule suspended therein; the said composition comprising a plurality of frangible capsules having two or more shades. at least one frangible capsule having a seamless shell of a thermo-softening material that is solid at room temperature, that will rupture when the composition is rubbed on a skin surface and that melts upon application to the skin; a core cosmetic being a foundation encapsulated by the seamless shell, the core cosmetic having at least one colorant forming a shade that is visible through the shell; and a cosmetically acceptable base containing the frangible capsule suspended therein; the said composition comprising a plurality of frangible capsules having two or more shades.
A key blank for manufacturing a key for a disk cylinder having rotatable disk tumblers, said key blank comprising a key shaft which extends along a longitudinal axis, wherein the key shaft has a plurality of notches which extend transversely to the longitudinal axis, which extend at equal spacings from one another, and which have the same depth, characterized in that the notches are V-shaped in a sectional plane which extends in parallel with the longitudinal axis of the key shaft. said key blank comprising a key shaft which extends along a longitudinal axis, wherein the key shaft has a plurality of notches which extend transversely to the longitudinal axis, which extend at equal spacings from one another, and which have the same depth, characterized in that the notches are V-shaped in a sectional plane which extends in parallel with the longitudinal axis of the key shaft.
A micro-fluidic flow cytometry cartridge (10, 50) to support a cytometry measurement, comprising: at least two reservoirs (12a, 12b, 12c, 52a, 52b, 52c) for storing a fluid, each reservoir (12a, 12b, 12c, 52a, 52b, 52c) defined by two or more reservoir walls each having an inner surface (28a, 28b, 28c, 30a, 30b, 30c, 68a, 68b, 68c, 70a, 70b, 70c) that is adapted to be in contact with the fluid, wherein at least one of the inner surfaces (28a, 28b, 28c, 30a, 30b, 30c, 68a, 68b, 68c, 70a, 70b, 70c) of the reservoir (12a, 12b, 12c, 52a, 52b, 52c) includes a hydrophobic substance; a microfluidic circuit; a channel (14a, 14b, 14c, 54a, 54b, 54c) for transporting a fluid from each of the at two reservoirs (12a, 12b, 12c, 52a, 52b, 52c) to the microfluidic circuit, wherein the micro-fluidic circuit includes a focusing channel for receiving the fluid and performing hydrodynamic focusing an optical window in the micro-fluidic cartridge (10, 50) for receiving light signals from a light source for optically interrogating the fluid in the focusing channel in order to identify characteristics of the fluid flowing through the focusing channel in accordance with the cytometer measurement; a valve (16a, 16b, 16c, 56a, 56b, 56c) for selectively allowing the fluid to pass between each of the at least two reservoirs (12a, 12b, 12c, 52a, 52b, 52c) and the microfluidic circuit; and wherein a first of the at least two reservoirs includes a lysing agent and a second of the at least two reservoirs includes a sheath agent to support the cytometry measurement at least two reservoirs (12a, 12b, 12c, 52a, 52b, 52c) for storing a fluid, each reservoir (12a, 12b, 12c, 52a, 52b, 52c) defined by two or more reservoir walls each having an inner surface (28a, 28b, 28c, 30a, 30b, 30c, 68a, 68b, 68c, 70a, 70b, 70c) that is adapted to be in contact with the fluid, wherein at least one of the inner surfaces (28a, 28b, 28c, 30a, 30b, 30c, 68a, 68b, 68c, 70a, 70b, 70c) of the reservoir (12a, 12b, 12c, 52a, 52b, 52c) includes a hydrophobic substance; a microfluidic circuit; a channel (14a, 14b, 14c, 54a, 54b, 54c) for transporting a fluid from each of the at two reservoirs (12a, 12b, 12c, 52a, 52b, 52c) to the microfluidic circuit, wherein the micro-fluidic circuit includes a focusing channel for receiving the fluid and performing hydrodynamic focusing an optical window in the micro-fluidic cartridge (10, 50) for receiving light signals from a light source for optically interrogating the fluid in the focusing channel in order to identify characteristics of the fluid flowing through the focusing channel in accordance with the cytometer measurement; a valve (16a, 16b, 16c, 56a, 56b, 56c) for selectively allowing the fluid to pass between each of the at least two reservoirs (12a, 12b, 12c, 52a, 52b, 52c) and the microfluidic circuit; and wherein a first of the at least two reservoirs includes a lysing agent and a second of the at least two reservoirs includes a sheath agent to support the cytometry measurement
Catalyst having an SiO 2 /Al 2 O 3 weight ratio of from 2 to 9, a BET surface area of from 250 to 500 m 2 /g and an Na content below 200 ppm, where the catalyst comprises a crystalline aluminosilicate zeolite and a binder, characterized in that the ratio of the peak heights of the IR absorption bands v = 3610 cm -1 ± 20 cm -1 /v = 3680 cm -1 ± 20 cm -1 is from 2.1 to 4.0 and the binder is aluminium oxide.
A method for applying fasteners to a structure (110, 308, 310), the method comprising: - disposing a first set of end effectors (140, 342, 344, 346) along a fixed inner track (130, 330) that follows an Inner Mold Line surface of the structure (110, 310); - disposing a second set of end effectors (160, 362, 364, 366) along a fixed outer track (150, 350) that follows an Outer Mold Line surface of the structure (110, 310); - aligning a first end effector (140, 342) along the fixed inner track (130, 330) with a second end effector (160, 362) along the fixed outer track (150, 350); - clamping the structure (110, 310) between the first end effector (140, 342) and the second end effector (160, 362) by pressing the first end effector (140, 342) and the second end effector (160, 362) against the structure (110, 310); and - applying a fastener to the structure (110, 310). wherein the fixed inner track (130, 330) includes a first semicircle and wherein the fixed outer track (150, 350) includes a second semicircle that is larger than the first semicircle and concentric with the first semicircle such that there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through; or wherein the fixed inner track (130, 330) and the fixed outer track (150, 350) have varying radii along their entire lengths, and wherein there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through. - disposing a first set of end effectors (140, 342, 344, 346) along a fixed inner track (130, 330) that follows an Inner Mold Line surface of the structure (110, 310); - disposing a second set of end effectors (160, 362, 364, 366) along a fixed outer track (150, 350) that follows an Outer Mold Line surface of the structure (110, 310); - aligning a first end effector (140, 342) along the fixed inner track (130, 330) with a second end effector (160, 362) along the fixed outer track (150, 350); - clamping the structure (110, 310) between the first end effector (140, 342) and the second end effector (160, 362) by pressing the first end effector (140, 342) and the second end effector (160, 362) against the structure (110, 310); and - applying a fastener to the structure (110, 310). wherein the fixed inner track (130, 330) includes a first semicircle and wherein the fixed outer track (150, 350) includes a second semicircle that is larger than the first semicircle and concentric with the first semicircle such that there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through; or wherein the fixed inner track (130, 330) and the fixed outer track (150, 350) have varying radii along their entire lengths, and wherein there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through.
Dishwasher having at least one control device for controlling device components of the dishwasher having electrical loads during the execution of a program, wherein at least one switching means (11, 31) is provided for at least partly de-energising the control device after the program has finished executing, wherein the control device has at least a first group of modules for controlling the dishwasher before the beginning and after the end of a program execution and a second group of modules for controlling the dishwasher while a program is executing, wherein the first group of modules comprises at least one operating and/or display module for controlling operating and/or display elements, wherein the second group of modules has at least one control module for controlling device components while a program is executing, wherein at least one switching means is provided for de-energising the second group of modules and the switching means is actuated by means of a first delay element which is connected for signalling to the first group of modules, wherein during a pre-set period of time (Δt v) up to the actual program start of the dishwasher only the first group of modules working with a reduced energy requirement is activated and the power supply to the second group of modules is interrupted and only at program start is the switching means closed by means of the delay element and the second module group is activated, wherein after the program has finished executing the second group of modules is isolated from the domestic supply network by de-energisation by means of the switching means while the first group of modules continues to be supplied with electrical energy for controlling operating and/or display elements, wherein a second switching means is provided for de-energising at least the first group of modules, wherein the first group of modules is actively connected to the second switching means, in order to bring about de-energisation after the program has finished executing, and wherein a further delay element is provided for de-energising the first group of modules after a predefinable period of time has elapsed, such that the first group of modules is also isolated from the domestic supply network by de-energisation after the predefinable period of time has elapsed after the program has executed.
An in vitro method for detecting the presence of at least one Christensenella minuta bacterium in a sample, said method comprising detecting at least 70 bp of the sequence SEQ ID NO: 2 located between the boundaries 1,933,575 bp and 1,934,552 bp corresponding to the BSH gene of the reference genome C. minuta filed under GenBank number CP029256.1.
Mobile comminuting plant having a conveyor belt which, for the flow of material from a feed unit to a comminuter which follows in longitudinal direction of the comminuting plant, is arranged between the feed unit and the comminutor, wherein the conveyor belt has a conveying direction which extends between both longitudinal sides (11, 12) of the comminuting plant and wherein the conveyor belt has a discharge end and a feed end and can be moved from an operating position into a transport position, characterised in that the conveyor belt is arranged so as to be able to be pivoted laterally for the transfer between the operating position and the transport position, wherein in the transport position a discharge end of the conveyor belt points to a first longitudinal side and the feed end points to the other of the longitudinal sides.
A magnesium rolling mill comprising: a reversing rolling mill having at least two work rolls for rolling of magnesium sheet; a hot coiler (40, 44) positioned on either side of the rolling mill for heating and maintaining a desired temperature of the magnesium sheet being rolled by the roll mill; characterized in that the hot coiler (40, 44) is a convection type heater having an insulated housing and air nozzles within the housing for directing hot air against the magnesium sheet. a reversing rolling mill having at least two work rolls for rolling of magnesium sheet; a hot coiler (40, 44) positioned on either side of the rolling mill for heating and maintaining a desired temperature of the magnesium sheet being rolled by the roll mill; characterized in that the hot coiler (40, 44) is a convection type heater having an insulated housing and air nozzles within the housing for directing hot air against the magnesium sheet.
A computer-implemented method comprising: for input nucleotide symbol strings representing input data to be encoded as nucleotides, converting the input nucleotide symbol strings to constrained nucleotide symbol strings completely representing the input nucleotide symbol strings and satisfying a coding constraint; after converting the input nucleotide symbol strings to the constrained nucleotide symbol strings, calculating a redundancy code for the constrained nucleotide symbol strings, wherein the redundancy code carries redundancy information for the constrained nucleotide symbol strings and comprises a plurality of redundancy code nucleotide symbols; and incorporating the redundancy code nucleotide symbols of the redundancy code and the constrained nucleotide symbol strings into result nucleotide symbol strings, wherein the result strings satisfy a relaxed version of the coding constraint, completely represent the input nucleotide symbol strings, and comprise the redundancy information for the constrained nucleotide symbol strings. for input nucleotide symbol strings representing input data to be encoded as nucleotides, converting the input nucleotide symbol strings to constrained nucleotide symbol strings completely representing the input nucleotide symbol strings and satisfying a coding constraint; after converting the input nucleotide symbol strings to the constrained nucleotide symbol strings, calculating a redundancy code for the constrained nucleotide symbol strings, wherein the redundancy code carries redundancy information for the constrained nucleotide symbol strings and comprises a plurality of redundancy code nucleotide symbols; and incorporating the redundancy code nucleotide symbols of the redundancy code and the constrained nucleotide symbol strings into result nucleotide symbol strings, wherein the result strings satisfy a relaxed version of the coding constraint, completely represent the input nucleotide symbol strings, and comprise the redundancy information for the constrained nucleotide symbol strings.