mhurhangee/ep-ind-claims huggingface dataset:
A method of processing a glass ribbon comprising: forming a glass ribbon in a first processing zone; continuously feeding the glass ribbon from the first processing zone having a first direction of travel to a second processing zone having a second direction of travel orthogonal to the first direction of travel; controlling feed rate of the glass ribbon through each of the first processing zone and second processing zone using a global control device; cutting the glass ribbon in the second processing zone, wherein the step of cutting the glass ribbon in the second processing zone further comprises separating the glass ribbon in a direction orthogonal to the second direction of travel to create a glass sheet; and isolating the first processing zone from perturbations occurring in the second processing zone by supporting the glass ribbon in a first catenary between two spaced-apart payoff positions. forming a glass ribbon in a first processing zone; continuously feeding the glass ribbon from the first processing zone having a first direction of travel to a second processing zone having a second direction of travel orthogonal to the first direction of travel; controlling feed rate of the glass ribbon through each of the first processing zone and second processing zone using a global control device; cutting the glass ribbon in the second processing zone, wherein the step of cutting the glass ribbon in the second processing zone further comprises separating the glass ribbon in a direction orthogonal to the second direction of travel to create a glass sheet; and isolating the first processing zone from perturbations occurring in the second processing zone by supporting the glass ribbon in a first catenary between two spaced-apart payoff positions.
Multiple parallel conductor comprising a plurality of twisted, insulated individual conductors, the individual conductors being arranged above one another in a plurality of sub-conductor bundles arranged next to one another, characterized in that a strip is applied to a side surface of the multiple parallel conductor in the longitudinal direction (x) of the multiple parallel conductor, wherein spacer plates are arranged on the strip so as to be distributed in the longitudinal direction (x), and the multiple parallel conductor with the strip and the spacer plates are wrapped with a wrapping, in that - the strip rests directly on the side surface of the multiple parallel conductor and the spacer plates are arranged on the outside, wherein the height (H D) of the spacer plates is greater than the width of the strip, or - the spacer plates rest directly on the side surface of the multiple parallel conductor and the strip is arranged on the outside, wherein the height (H D) of the spacer plates is greater than the width of the strip, or - the strip is composed of at least two partial strips (7', 7") and the spacer plates are arranged between the partial strips (7', 7"), wherein the height (H D) of the spacer plates is in each case greater than the width of the partial strips (7', 7"). - the strip rests directly on the side surface of the multiple parallel conductor and the spacer plates are arranged on the outside, wherein the height (H D) of the spacer plates is greater than the width of the strip, or - the spacer plates rest directly on the side surface of the multiple parallel conductor and the strip is arranged on the outside, wherein the height (H D) of the spacer plates is greater than the width of the strip, or - the strip is composed of at least two partial strips (7', 7") and the spacer plates are arranged between the partial strips (7', 7"), wherein the height (H D) of the spacer plates is in each case greater than the width of the partial strips (7', 7").
Method of supervising attitude of a satellite in survival mode in inclined low orbit, the satellite comprising a solar generator, a magneto-coupler and an inertial flywheel, characterised in that said method comprises: - a step, prior to the survival mode, of storing a non-zero internal magnetic moment setting which is constant in a satellite frame tied to the satellite, termed the "survival magnetic moment", and a non-zero internal kinetic moment setting which is constant in said satellite frame, termed the "survival kinetic moment", with the survival magnetic moment and the survival kinetic moment being predefined in such a way as to ensure that a photosensitive surface of the solar generator receives sunlight at least once during one orbit of the satellite, - a step of controlling the magneto-coupler and the inertial flywheel in such a way as to simultaneously form the survival magnetic moment and the survival kinetic moment during part at least of the survival mode. - a step, prior to the survival mode, of storing a non-zero internal magnetic moment setting which is constant in a satellite frame tied to the satellite, termed the "survival magnetic moment", and a non-zero internal kinetic moment setting which is constant in said satellite frame, termed the "survival kinetic moment", with the survival magnetic moment and the survival kinetic moment being predefined in such a way as to ensure that a photosensitive surface of the solar generator receives sunlight at least once during one orbit of the satellite, - a step of controlling the magneto-coupler and the inertial flywheel in such a way as to simultaneously form the survival magnetic moment and the survival kinetic moment during part at least of the survival mode.
A terminal apparatus configured to communicate with a base station apparatus, the terminal apparatus comprising: a receiving unit configured to receive, using a higher layer signal, information indicating whether a subframe belongs to a first subframe set or a second subframe set; and a transmission power processing unit configured to calculate a power headroom for the subframe for a serving cell, using a first set of parameters, based on a reference format, in a case that the subframe belongs to the first subframe set, and transmission on a physical uplink shared channel is not performed in the subframe for the serving cell, and calculate the power headroom, using a second set of parameters, based on the reference format, in a case that the subframe belongs to the second subframe set, and the transmission on the physical uplink shared channel is not performed in the subframe for the serving cell. a receiving unit configured to receive, using a higher layer signal, information indicating whether a subframe belongs to a first subframe set or a second subframe set; and a transmission power processing unit configured to calculate a power headroom for the subframe for a serving cell, using a first set of parameters, based on a reference format, in a case that the subframe belongs to the first subframe set, and transmission on a physical uplink shared channel is not performed in the subframe for the serving cell, and calculate the power headroom, using a second set of parameters, based on the reference format, in a case that the subframe belongs to the second subframe set, and the transmission on the physical uplink shared channel is not performed in the subframe for the serving cell. calculate a power headroom for the subframe for a serving cell, using a first set of parameters, based on a reference format, in a case that the subframe belongs to the first subframe set, and transmission on a physical uplink shared channel is not performed in the subframe for the serving cell, and calculate the power headroom, using a second set of parameters, based on the reference format, in a case that the subframe belongs to the second subframe set, and the transmission on the physical uplink shared channel is not performed in the subframe for the serving cell.
An apparatus for providing negative-pressure therapy, the apparatus comprising: a negative-pressure source configured to be fluidly coupled to a distribution component; a pressure sensor; a first feedback path from the pressure sensor to the negative-pressure source; a second feedback path from the pressure sensor to the distribution component;a first control valve to control fluid flow through the first feedback path; a second control valve to control fluid flow through the second feedback path; and a controller coupled to the first and second control valves (118b, 118a) and to the pressure sensor, the controller configured to: actuate the first and second control valves (118b, 118a), and receive a feedback signal from the pressure sensor. a negative-pressure source configured to be fluidly coupled to a distribution component; a pressure sensor; a first feedback path from the pressure sensor to the negative-pressure source; a second feedback path from the pressure sensor to the distribution component;a first control valve to control fluid flow through the first feedback path; a second control valve to control fluid flow through the second feedback path; and a controller coupled to the first and second control valves (118b, 118a) and to the pressure sensor, the controller configured to: actuate the first and second control valves (118b, 118a), and receive a feedback signal from the pressure sensor. actuate the first and second control valves (118b, 118a), and receive a feedback signal from the pressure sensor.
Method for determining a smoke limit characteristic diagram of an internal combustion engine, characterized in that a number of load jumps are carried out respectively for a number of rotational speeds (n), and therewith the opacity as a measure of the soot generation is measured and compared to an opacity limit (O limit), wherein each of the rotational speeds (n) is started with a predetermined minimum combustion air ratio (λ min,start), and each load jump is repeated with a respective increase in the minimum combustion air ratio (λ min) by a combustion air ratio increment (λ inc) until the measured opacity lies below the predetermined opacity limit (O limit).
A winter tire having a tread composed of a rubber composition comprising 2.5 to 30 parts by mass of a cyclopentadiene-based resin and 5 to 100 parts by mass of silica based on 100 parts by mass of a rubber component comprising a natural rubber, wherein a SP value of the cyclopentadiene-based resin is 7.9 to 8.5, wherein the SP value stands for a solubility parameter calculated by the Hoy method, described in, K.L. Hoy "Table of Solubility Parameters", Solvent and Coatings Materials Research and Development Department, Union Carbide Corp..
Full jacket safety projectile with a full jacket and a central penetration core centered in the full jacket with a front-sided, blind hole-like recess being filled with an explosive agent, wherein the penetration core having at least one first and one second wedge-shaped constriction (10, 11), wherein the full jacket has circumferential notches in the front region of the penetrating core, wherein on impact on a target the resulting central shockwave acting front-sided on the explosive agent and the recess in the penetration core splinters inside the target, wherein at the circumferential notches and/or wedge-shaped constrictions (11, 12) shockwaves (S1, S2) are reflected at the full jacket and/or in the penetration core and wherein that the same are impinging the explosive agent, by opposingly directed shockwaves (S1, S3; S2'), so that compressions counteracting to each other are evolving, which are directly initiating the explosive agent.
Method for sealing off a plug pin in a housing, wherein the housing has at least one cutout (25, 26) for sealing-off of a region between the plug pin and the housing, wherein the method comprises the following steps: providing the housing with the plug pin, wherein the plug pin is in contact with the housing in two mutually oppositely situated edge regions, extending along an insertion direction, of the plug pin and, in said edge regions, forms a form-fitting connection to the housing; introducing potting compound into the at least one cutout (25, 26) in such a way that the potting compound passes to two oppositely situated sides of the plug pin and that the potting compound seals off the region between the plug pin and the housing, in particular in a liquid-tight manner, preferably in an air-tight manner; and curing the potting compound, characterized in that the potting compound is not in contact with the two ends of the plug pin, which are situated oppositely along the insertion direction, and the plug pin has an opening for passage of the potting compound from one side of the plug pin to the other side of the plug pin, wherein the opening is oriented so as to be at least partially aligned with the cutout (25, 26). providing the housing with the plug pin, wherein the plug pin is in contact with the housing in two mutually oppositely situated edge regions, extending along an insertion direction, of the plug pin and, in said edge regions, forms a form-fitting connection to the housing; introducing potting compound into the at least one cutout (25, 26) in such a way that the potting compound passes to two oppositely situated sides of the plug pin and that the potting compound seals off the region between the plug pin and the housing, in particular in a liquid-tight manner, preferably in an air-tight manner; and curing the potting compound, characterized in that the potting compound is not in contact with the two ends of the plug pin, which are situated oppositely along the insertion direction, and the plug pin has an opening for passage of the potting compound from one side of the plug pin to the other side of the plug pin, wherein the opening is oriented so as to be at least partially aligned with the cutout (25, 26).
A cardan shaft sliding assy comprising a female component having an inner spline form, a male component having an outer spline form, and a mounting protrusion of the female component with an open-ended form, and further comprising a ring component positioned at the open-ended form of said sliding assy female component, and a spline form found at one end of said ring component and having the same spline form with the female component at the inner surface, the cardan shaft sliding assy characterized in that it comprises; - at the other end of said ring component, a circular form that is in contact with the male component outer spline form tip diameter surface, and - a pocket form between the circular and spline forms of said ring component end parts. - at the other end of said ring component, a circular form that is in contact with the male component outer spline form tip diameter surface, and - a pocket form between the circular and spline forms of said ring component end parts.
A method for preparing an aqueous composition comprising aluminium, a reactive compound and a Japanese Encephalitis Virus protein, wherein said method increases the stability of a JEV vaccine, and wherein said method comprises - selecting an aluminium-salt that is able to provide an aqueous composition having less than 350 ppb heavy metal and having less than 1,25 ppb Cu based on the weight of the aqueous composition and - combining said aluminium salt, said reactive compound, said JEV protein and water to produce said aqueous composition; and wherein the reactive compound is selected from the group consisting of a redox active compound, a radical building compound, a stabilizing compound and a combination of any thereof. - selecting an aluminium-salt that is able to provide an aqueous composition having less than 350 ppb heavy metal and having less than 1,25 ppb Cu based on the weight of the aqueous composition and - combining said aluminium salt, said reactive compound, said JEV protein and water to produce said aqueous composition;
A method for designing a reference signal by: • defining a set of matrices Y = [Y 1, Y 2,...,Y M], wherein each matrix of Y is a d x d matrix and each matrix of Y includes a plurality of sequences, • defining a set of matrices W = [W 1, W 2,...,W N], wherein each matrix of W is a d x d matrix, with N < M, wherein W = argmin V = V 1 V 2... V N ∈ C d × dN min V k ∈ V 1 V 2... V N d V k Y j, for all Y j ∈ [Y 1, Y 2,...,Y M], with d A, B = d 2 − ∑ i = 1 d ∑ j = 1 d | b i H a j | A = [a 1, a 2,...,a d], B [b 1, b 2,..., b d], and A = V k, B = Y j, • partitioning Y such that wherein is a set of all Y i ∈ Y with i = 1,.., M such that d (W k, Y i) is minimized over all [W 1, W 2,...,W N], with A = W k and B = Y i, • for each set selecting one Yi ∈ (Y, W k) such that d (A, B) is minimized with • combining all selected Y i from each to generate a second matrix having a less number of sequences as Y, wherein a cross-correlation of the sequences of the second matrix is smaller than a predetermined value, wherein the reference signal is composed of the second matrix. • defining a set of matrices Y = [Y 1, Y 2,...,Y M], wherein each matrix of Y is a d x d matrix and each matrix of Y includes a plurality of sequences, • defining a set of matrices W = [W 1, W 2,...,W N], wherein each matrix of W is a d x d matrix, with N < M, wherein W = argmin V = V 1 V 2... V N ∈ C d × dN min V k ∈ V 1 V 2... V N d V k Y j, for all Y j ∈ [Y 1, Y 2,...,Y M], with d A, B = d 2 − ∑ i = 1 d ∑ j = 1 d | b i H a j | A = [a 1, a 2,...,a d], B [b 1, b 2,..., b d], and A = V k, B = Y j, • partitioning Y such that wherein is a set of all Y i ∈ Y with i = 1,.., M such that d (W k, Y i) is minimized over all [W 1, W 2,...,W N], with A = W k and B = Y i, • for each set selecting one Yi ∈ (Y, W k) such that d (A, B) is minimized with • combining all selected Y i from each to generate a second matrix having a less number of sequences as Y, wherein a cross-correlation of the sequences of the second matrix is smaller than a predetermined value, wherein the reference signal is composed of the second matrix.
A method for activating a transmission configuration indicator, TCI, state, wherein the method comprises the steps of receiving, by a terminal, a first medium access control, MAC, control element, CE, signaling, from a first serving cell of a network device among a plurality of serving cells on a same frequency band of the terminal, the first MAC CE signaling for activating a first TCI state; using, by the terminal, the first TCI state as TCI states of all serving cells on the same frequency band; and in response to the first TCI state comprises a set of TCI states of a physical downlink shared channel (PDSCH) and in response to determining that a bandwidth part switching occurs on any serving cell and not receiving a second MAC CE signaling for activating a second TCI state, receiving, by the terminal, a downlink control signaling for scheduling a PDSCH on a BWP after switching and for indicating a TCI state in the first TCI state; and receiving, from the network device by the terminal, the PDSCH transmitted on the BWP after switching using the TCI state indicated by the downlink control signaling. receiving, by a terminal, a first medium access control, MAC, control element, CE, signaling, from a first serving cell of a network device among a plurality of serving cells on a same frequency band of the terminal, the first MAC CE signaling for activating a first TCI state; using, by the terminal, the first TCI state as TCI states of all serving cells on the same frequency band; and in response to the first TCI state comprises a set of TCI states of a physical downlink shared channel (PDSCH) and in response to determining that a bandwidth part switching occurs on any serving cell and not receiving a second MAC CE signaling for activating a second TCI state, receiving, by the terminal, a downlink control signaling for scheduling a PDSCH on a BWP after switching and for indicating a TCI state in the first TCI state; and receiving, from the network device by the terminal, the PDSCH transmitted on the BWP after switching using the TCI state indicated by the downlink control signaling.
A sealing system for a turbomachine, in particular a gas turbine, comprising a plurality of rows, arranged in succession in the axial direction, of shells connected to one another in the circumferential direction, adjoining shells in the axial direction having cross-sections that are opened counter to a throughflow direction, characterized in that the shells (1, 2) have a thread axis that is inclined counter to the throughflow direction,
VPO catalyst in the form of a molded body for oxidizing hydrocarbons with molecular oxygen, in particular for oxidizing butane to maleic anhydride with molecular oxygen, wherein the VPO catalyst contains between 0.05 wt.% and 7.0 wt.% of Zn, which is partly present as ZnO and, in transmission infrared spectroscopy, has a first absorption band with a maximum between 790 cm -1 and 810 cm -1 and possibly a second absorption band with a maximum between 820 cm -1 and 840 cm -1, characterized in that only the first absorption band is present or the strength of the first absorption band is greater than the strength of the second absorption band, the strength of the absorption bands being determined by in each case setting a first straight line tangentially touching the spectrum immediately to the left and right below the band concerned, then drawing a second straight line starting from the maximum of the band in the direction of constant wavelength and decreasing absorption and determining the point of intersection of the two straight lines, the strength of the absorption band is defined as the length between the maximum and the point of intersection, and that the VPO catalyst, when examined by powder X-ray diffraction, exhibits reflections at 31.7° to 31.9°, 34.3° to 34.5° and 36.2° to 36.4°, when measured with a D4 Endeavor by the company Bruker AXS with Cu-Kα radiation and a LYNXEYE detector, wherein the diffractograms are recorded in an angular range 2θ of 5° to 50° with a step size of 0.02° at a recording time of 1.5 s per step with a fixed divergence diaphragm of 0.3°.
Document container comprising a body and a lid, said body being provided with a seat adapted to contain documents and an opening adapted for the passage of documents between the outside and a position in said seat, said lid being adapted to engage said opening to close it and prevent the passage of said documents; said body comprising a plurality of fixing seats, characterised in that the fixing seats are adapted to be engaged by at least two expansion inserts having a threaded inner hole, to determine a plurality of fixing configurations; said body is of a substantially cylindrical shape having a longitudinal axis; and in that said plurality of fixing seats are arranged on the outer surface of the body and are aligned in a direction parallel to the longitudinal axis. said body comprising a plurality of fixing seats, characterised in that the fixing seats are adapted to be engaged by at least two expansion inserts having a threaded inner hole, to determine a plurality of fixing configurations; said body is of a substantially cylindrical shape having a longitudinal axis; and in that said plurality of fixing seats are arranged on the outer surface of the body and are aligned in a direction parallel to the longitudinal axis.